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  1. Note: "Rabbit Product Design
  2.  
  3. 877-947-6677
  4.  
  5. Focus: Product design firm offers end to end development for first time inventors
  6.  
  7. take new product invention design to market
  8.  
  9. turning an idea into a tangible product
  10.  
  11. independent inventors
  12.  
  13. guiding inventors from concept to reality
  14.  
  15. Challenges faced by inventors:
  16.  
  17. limited resources
  18. technical expertise
  19. need for efficient project management
  20.  
  21. From the first concept of the invention to detailed product design, prototyping, and manufacturing,
  22.  
  23. Project Scope, Strategy, Planning, & Budget Creation
  24.  
  25. Industrial Design (aesthetics) for Product Marketability
  26.  
  27. Photo-realistic CAD Model Renderings for Sales & Marketing
  28.  
  29. Competitive Product Benchmarking Review
  30.  
  31. Content from client's website:
  32.  
  33. Get Your Product Designed, Prototyped, Manufactured, and Launched To The Market!
  34. One of the top product design consulting firms for inventors, delivering end-to-end solutions from ideation through launch.
  35.  
  36. while the company offers full end-to-end services, they also handle individual a la carte product development requests.
  37.  
  38. Their end-to-end package include:
  39.  
  40. Inventor, Startup, or Larger Company
  41. We offer full end-to-end or individual product development services based on business needs.
  42.  
  43. ‹›
  44. Prototyping icon
  45. Prototyping
  46. Iterate quickly and validate before scaling.
  47.  
  48. CNC, 3D print, soft tooling
  49. Looks-like / works-like builds
  50. Pilot runs & user testing
  51. DFM feedback loop
  52. Learn more →
  53. Patents icon
  54. Patents
  55. Prior art, filings, drawings, and strategy.
  56.  
  57. Novelty & prior-art review
  58. Provisional & non-provisional
  59. Patent drawings
  60. Portfolio planning
  61. Learn more →
  62. Manufacturing icon
  63. Manufacturing
  64. Small-batch to scale: supply chain & QA.
  65.  
  66. Factory sourcing & RFQs
  67. DFM/DFX, PPAP & QA
  68. Packaging & logistics
  69. Cost & lead-time control
  70. Learn more →
  71. Industrial Design icon
  72. Industrial Design
  73. Form, ergonomics, CMF, brand language.
  74.  
  75. User research & briefs
  76. Concept exploration
  77. CAD & visualization
  78. Design for manufacturing
  79. Learn more →
  80. Electronic Design icon
  81. Electronic Design
  82. Embedded systems, PCB, power, RF, firmware.
  83.  
  84. Schematics & layout
  85. Firmware & embedded
  86. Power/RF considerations
  87. Pre-compliance testing
  88. Learn more →
  89. Mechanical Design icon
  90. Mechanical Design
  91. Mechanisms, tolerance stacks, materials, sims.
  92.  
  93. Kinematics & mechanisms
  94. FEA & tolerance analysis
  95. Materials & finishes
  96. Assembly strategy
  97.  
  98. Why Rabbit Product Design?
  99.  
  100. Made up of senior team members with an average experience of average 27 years of experience and 20+ years with today’s CAD tools,
  101.  
  102. Our senior team helps clients turn ideas into market-ready products with a focus on risk mitigation, creative design, and fast execution.
  103.  
  104. We specialize in consumer, consumer electronics, medical, combining legal, design, engineering, branding, manufacturing, and marketing under one roof.
  105.  
  106. Our senior-level engineers and designers specialize in every stage of development, from patent research to prototyping to full-scale manufacturing support. We handle everything from initial sketches to production-ready prototypes and complete documentation packages.
  107.  
  108. See the kind of work they help client with:
  109.  
  110. We help startups and established brands alike bring innovative products to market with speed, precision, and confidence. Whether you’re building simple mechanical product, a softgoods item, consumer electronics, IoT systems, or wearable technology, our integrated process ensures seamless collaboration.
  111.  
  112. More relevant details:
  113.  
  114. What makes Rabbit Product Design’s manufacturing services different?
  115. We offer both End-To-End and à la carte product design and manufacturing services. Senior-level engineers manage all our projects, averaging 27 years of experience. We offer pay-as-you-go pricing, so you don't have to pay all the money upfront before we start. Our 4-Phase Process is customized for each client and tailored to minimize cost and risk while ensuring premium quality.
  116.  
  117. Do you offer manufacturing services for both low- and high-volume production?
  118. Yes. Whether you’re producing 100 units or scaling to 100,000+, we provide scalable manufacturing solutions with the same attention to quality, timelines, and cost-efficiency.
  119.  
  120. Are your manufacturing services affordable for startups or solo inventors?
  121. Absolutely. We specialize in cost-effective strategies. What we call “American quality at Chinese prices.” Our transparent quotes and risk mitigation strategies help clients avoid costly surprises.
  122.  
  123. What types of prototypes do you build?
  124. We only produce functional, high-fidelity prototypes using machined parts and production-grade materials. No low-cost 3D prints here—we build working, testable prototypes that reflect final production quality.
  125.  
  126. Would I be able to get help in selecting the appropriate materials and manufacturing methods?
  127. Yes. Our team will recommend the most cost-effective materials and manufacturing processes. Whether that’s CNC machining, injection molding, thermoforming, die casting, extruding, or hybrid solutions based on your budget, product complexity, and volume needs.
  128.  
  129. Can Rabbit handle sourcing for electronics or complex assemblies?
  130. Yes. We source components, custom parts, and even build full electromechanical assemblies. Our team handles BOMs, testing protocols, and supplier coordination, allowing you to focus on launching and scaling your business."
  131.  
  132. background content:
  133. "Concept to production" describes the comprehensive journey of transforming an initial idea into a finished, marketable product, involving stages like ideation, market research, designing and prototyping, testing (Proof of Concept), engineering, manufacturing, scaling, and final delivery, requiring significant engineering, refinement, and overcoming the gap between a working demo and a robust, reliable system.
  134. Key Stages in the Process:
  135. Ideation & Market Need: Define the problem your product solves and research your target audience's needs.
  136. Design & Requirements: Translate the idea into practical designs, specifications, materials, and functions, often using 3D models.
  137. Prototyping & Testing: Create working models (prototypes) to test functionality, get user feedback, and identify flaws early.
  138. Proof of Concept (PoC): A strategic test to confirm an idea is feasible, proving it can work, but isn't production-ready.
  139. Engineering & Development: The intensive work of transforming a prototype into a scalable, secure, and reliable system that handles real loads.
  140. Manufacturing/Production: Setting up efficient processes for mass-producing the product, focusing on quality and cost.
  141. Launch & Distribution: Getting the product to market, often involving mass production and distribution.
  142. Post-Production: Ongoing testing, refinement, and addressing issues that arise during mass production.
  143. Key Considerations:
  144. The PoC Gap: Moving from a simple PoC (often 20% of the work) to a production system (the remaining 80%) is a major engineering challenge.
  145. Production Concept (Marketing): A separate business strategy focused on making products affordable and widely available, emphasizing efficiency, which differs from the product development journey itself.
  146.  
  147. Turning an idea into a product involves validating the concept with market research, documenting and protecting it (e.g., with patents), creating a prototype to test and refine, developing a business plan, finding a manufacturer, and finally, launching and marketing the Minimum Viable Product (MVP) to gather feedback and iterate. This journey requires a structured approach, focusing on user needs and market viability at each stage.
  148. This video provides a step-by-step guide on turning your idea into a product:
  149. Related video thumbnail
  150. 1m
  151.  
  152.  
  153. LA New Product Development Team
  154. YouTube • 10 Aug 2022
  155. 1. Idea & Research
  156. Document Your Idea: Write down everything—the problem, solution, features, and target user.
  157. Market Research: Identify your target audience, analyze competitors, and determine if there's a real need for your product.
  158. Validate the Problem: Confirm your idea solves a significant problem for potential customers.
  159. 2. Protection & Design
  160. Check for Patents: Search for existing patents to ensure your idea is unique and to understand potential IP conflicts.
  161. Protect Your Idea: Consider a Provisional Patent Application (PPA) for temporary protection while developing.
  162. Design the Product: Create detailed designs, drawings, or 3D models.
  163. 3. Prototyping & Testing
  164. Build a Prototype: Create a physical model (or MVP for software) to test functionality and ergonomics.
  165. Get Feedback: Have friends, family, and potential users test it to identify areas for improvement.
  166. Iterate: Make changes based on feedback and repeat the prototype and testing cycle.
  167. This video explains how to get feedback on your product design:
  168. Related video thumbnail
  169. 1m
  170.  
  171.  
  172. D2M Product Design
  173. YouTube • 2 Nov 2022
  174. 4. Business Planning & Manufacturing
  175. Create a Business Plan: Outline your strategy, costs, and marketing approach.
  176. Find a Manufacturer: Contact manufacturers, ideally under a Non-Disclosure Agreement (NDA), to discuss production.
  177. Secure Funding: Explore options like crowdfunding, investors, or pre-orders to fund tooling and initial batches.
  178. 5. Launch & Market
  179. Develop Marketing: Create compelling visuals and a strategy to reach your audience.
  180. Launch MVP: Release a Minimum Viable Product to test the market.
  181. Gather Data: Collect user data and feedback to guide future product updates and marketing efforts.
  182.  
  183. How To Turn an Idea Into a Product and Get It Manufactured
  184.  
  185. You’re certain the moment it dawns on you: this is the next big thing.
  186.  
  187. Yet, your next task won’t be as simple as doodling a shape and mailing it to a team of engineers. Instead, there are multiple steps to complete on the front end of your business before your product ever sees a production line.
  188.  
  189. If I had a dollar for every inventor we talked to, I’d have enough money to quit writing and spend the rest of my days fishing the Potomac. Unfortunately, it isn’t enough to have a million-dollar idea if you can’t follow through.
  190.  
  191. Let's review the necessary preparation required to present your product idea to a manufacturer. This will additionally help you understand where you're at in product development and how to move forward.
  192.  
  193.  
  194. 8 Steps to Creating a Product and Presenting it to a Manufacturer
  195. Inventors must recognize that approaching a manufacturer too early will frustrate everyone involved.
  196.  
  197. What would you do if you had the parts in your hands now without the means to store, package, or sell them? If you’re ordering parts without a plan, there’s a high chance you’re skipping critical steps that might come back to haunt you.
  198.  
  199. Presenting your idea to a manufacturer at the right time can lead to healthy suggestions for a cost-conscious design. So, when should you reach out? Here are the preparation steps you should take (not necessarily in order).
  200.  
  201. 1. RESEARCH SIMILAR PRODUCTS
  202. Like ripping off a bandage, look in the mirror and take a moment to recognize your idea might not be as unique as you’d hoped. As much as we’d all like to think we’re incredibly clever, product ideas overlap daily.
  203.  
  204. Here are two points to recognize when researching similar products:
  205.  
  206. You WILL have competitors, and it’s in your best interest to know them
  207. It’s perfectly O.K. that your product isn’t 100% unique, so long as it can compete in another way
  208. “If a competitor can outexecute a startup once the idea is known, the startup is doomed anyway. The reason to build a new team to pursue an idea is that you believe you can accelerate through the Build-Measure-Learn feedback loop faster than anyone else can.” — Eric Ries, The Lean Startup: How Today’s Entrepreneurs Use Continuous Innovation to Create Radically Successful Businesses
  209.  
  210. The majority of products are more functional/inexpensive alternatives to pre-existing ones. You're on the right track if you can confidently say that your product is unique compared to its competitors.
  211.  
  212. How will you remain competitive in the marketplace? What separates your product from all the others? You don’t have to solve every problem in advance, but knowing the big names in your industry will allow you to observe both their audience and how they push products to gain traction.
  213.  
  214. 2. TEST FOR MARKET DEMAND
  215. If you're anything like me, then you've probably seen a product on Shark Tank and thought to yourself, "Man... who on Earth would buy THAT?" before watching the contestant crash and burn. That is to say, although your product idea might seem like your baby, knowing when to kill your darlings is crucial for success.
  216.  
  217. First, you can begin by reading guides on market research to build the skills necessary to evaluate the current market and gain insight into where to channel future marketing efforts.
  218.  
  219. Once you’ve curated research knowledge, numerous options exist for testing market demand. Conduct entry-level surveys of your product using tools like SurveyMonkey to determine what individuals think about it, gain consumer feedback, and ultimately determine the strength of demand.
  220.  
  221. Another option is to monitor the market expansion and contraction over time and your competitors’ reactions. With a solid knowledge base about movement within your industry, you can anticipate future developments and adapt your strategy accordingly.
  222.  
  223. Ask yourself, "Is my product a business-to-business (B2B) creation that other companies will use during service or assembly, or is it made for consumers?" Where is this product sold, and what is the average audience you’re appealing to? These questions will help you prepare for deeper marketing conversations as you progress in the research process.
  224.  
  225. 3. DRAW AN ACCURATE (TECHNICAL) DESIGN
  226. Manufacturers can’t build accurate samples or final parts without knowing your drawing's dimensions. Yet, the truth is, there’s often a sweet spot between not having a design and approaching a converter with a fully-fledged design with little part manufacturability.
  227.  
  228. A lack of design will significantly delay your part’s production timeline. Even when the design is somewhat rudimentary, it still conveys valuable information about an object's size and shape.
  229.  
  230. If you’re wondering what measurements to include in your drawing, the answer is YES. Manufacturers basically need a measurement for every aspect of your product. One of the things that is important to keep in mind is which dimensions you have flexibility on. This will be beneficial when you talk to your manufacturer.
  231.  
  232. Because manufacturers offer different capabilities, inventors who lack drawings might benefit by seeking a design house to flesh out a product drawing before turning to a manufacturer. However, one might also visit a converter early in the process, as a converter might suggest additional features for usability or improve the design for manufacturability.
  233.  
  234. In our experience, it’s rare for customers to provide too much information about their product during manufacturing. Disclosing everything you know about the part use or specifications to your converter will likely be helpful for the coming process (and protected by a Mutual NDA).
  235.  
  236. 4. CHECK OFF ANY NECESSARY LEGAL REQUIREMENTS
  237. Depending on the nature of your product, there could be legal requirements and regulations to sort out before the design reaches production. Regulation checking may involve determining the IP standards, seeking FDA approval, or checking if your product meets additional country/province/state requirements.
  238.  
  239. While your manufacturer will check to ensure that the product meets certain design specifications based on the application, such as adhering to a particular type of material, the actual testing aspect of the product is largely left up to the customer. For example, you can specify that your gasket should seal out water, but the final testing to determine its IP rating will ultimately be left up to you as the customer.
  240.  
  241. Another consideration is whether filing a product patent and using a tool like Google Patents to check for similar patented designs is necessary. If you’re unsure how to start a business or file patent applications legally, companies like LegalZoom specialize in providing advice and assistance to new business owners.
  242.  
  243. Of course, in certain cases, like manufacturing medical devices, you often cannot obtain the certification without an accurate prototype. In these instances, all you can do is identify and inform your manufacturer of your product’s requirements to qualify.
  244.  
  245. 5. FIND YOUR MATERIALS (OR SIMILAR ONES)
  246. Suppose you create an innovative fruit label with high marketing demand. What will you do if the design only functions by using ink containing solvents?
  247.  
  248. Manufacturers can suggest specific materials based on your product application. However, even with the assistance, it’ll expedite your process to come prepared with an idea of the material you want. In converting, knowing which type of flexible materials you’re using helps you understand how challenging they'll be to source and manufacture, plus gain a cost estimate.
  249.  
  250. If you can’t find your desired material, think about the material your competitors use in their products. Is your part functioning with the same purpose? Researching and testing materials will prepare you for future conversations with your manufacturer.
  251.  
  252.  
  253. 6. BUDGET YOUR PRODUCT COST AND EVALUATE THE FEASIBILITY
  254. Asking how much something costs isn’t as beneficial when you don’t know how much you’re prepared to spend.
  255.  
  256. You need to have a firm understanding of how much you can charge for your product. Also, you should know how much the assembly will cost (if applicable). Only then will you have an understanding of how much you’re able to pay for the individual components. Even if you’re unsure how to divide the different costs, establishing an initial budget might help you understand whether financing your project is feasible from where you currently stand.
  257.  
  258. Die cutting costs and other manufacturing processes can be expensive, which adds up when planning your project with a converter, which can take months of back-and-forth before you place the actual order. Budgeting money for the entire start-up lessens the fear of needing to abandon the project halfway through.
  259.  
  260. 7. DISCUSS SCALING UP YOUR PRODUCT
  261. “You will hit the ceiling on three different levels: as an organization, departmentally, and as individuals. In all of these instances, growth is your only option. If you’re not growing, be it internally or externally, you’re dying.” — Gino Wickman, Traction: Get a Grip on Your Business
  262.  
  263. Before you reach out to a manufacturer, there’s one last factor to consider: planning to scale up your product.
  264.  
  265. You may not realize it, but methods for producing small product quantities can look completely different from those for large-quantity batches. Are you creating a finite number of parts, or is this product (and your business) meant to continue expanding? Depending on your answer, a manufacturer might adjust your design for scaling to adapt it for a short or long-term press run.
  266.  
  267. 8. SEEK OUT A MANUFACTURER
  268. Are you ready to talk to a converter? If you’ve completed the steps above, all that is left is to seek a quote on your product.
  269.  
  270. There are different ways to qualify manufacturers to determine if they match your needs. Still, the first step typically involves researching their capabilities and deciding if they fit the scope of your project. After seeing their capabilities, you might contact them for a quote or offer to send your drawing. A Mutual NDA often precedes this step to protect the confidentiality of your design and manufacturing trade secrets.
  271.  
  272. Choosing a manufacturer depends on the capabilities you’re looking for and the complexity of the design you need to be produced. When in doubt, consider requesting a tour of their facility to verify its legitimacy when building your product.
  273.  
  274. What Problems Could You Encounter While Turning Your Idea into a Product?
  275. There are bound to be obstacles when turning an idea into a product, but what are the leading causes of entrepreneurial mistakes?
  276.  
  277. Here are the most common setbacks:
  278.  
  279. Lack of planning
  280. Absence of a design
  281. Budgetary issues
  282. Time commitment
  283. Lack of employees/labor
  284. Leaping without looking can be a frustrating and humbling experience for any entrepreneur because your early choices may increase the difficulty of production. In addition, product orders might be expensive due to multiple initial investments based on tooling, design, and labor costs.
  285.  
  286. Creating a product based on an idea is like doing a start-up, which has a reputation in every industry as being a prolonged, emotionally draining experience. Do you have the money, time, and skills necessary to handle the initial start-up workload, or do you need to hire employees who can? If the answer is neither, you’re going to have a difficult time.
  287.  
  288. How To Guides | How To Turn an Idea into a Product
  289.  
  290. How to Turn an Idea into a Product
  291. A step-by-step guide to turning an idea into a product
  292. This guide will take you through the main stages involved in turning an idea into a product. There are no hard and fast rules as every product is different particularly if it is innovative and hasn’t been done before. It is important to understand how development of the product integrates with manufacture, marketing, patenting, packaging and finance and investment and so this guide will take you through a little of that as well. So if you have a new idea for a product then this is the place to start!
  293.  
  294. The fundamental aim of the Commercial Viability stage of work is to ascertain whether or not the project is feasible. Lots of people and businesses have an idea for a new product everyday in the UK but very few will actually be viable or will make it to market.
  295.  
  296. In order to achieve this several important factors are considered and key questions asked:
  297.  
  298. 1. Does the product fulfil a ‘real’ need?
  299. 2. Is there a potential market for the product?
  300. 3. Can the product be patented or protected through other forms of intellectual property?
  301. 4. Is there similar technology available and if so how applicable is it to the product? Can this technology be used? How much research and cost would this technology require to be fully utilised?
  302. 5. What are the costs associated with producing the product? In order to determine this we work with our partner factories to reach a ball park cost.
  303. 6. How much time and therefore budget will it take to develop this product?
  304.  
  305. In some ways, coming up with a new idea for a product is the easy bit. Now comes the hard work. The outcome of a questioning process like this is that our clients are enabled to manage the risk at the outset of product development. Most agencies develop the product before assessing its viability. At D2M we want to do this first so our clients can refine their business
  306. strategies accordingly
  307.  
  308. product innovation workshop
  309. Expert Guides
  310. From concept feasibility and viability to design development and prototyping, through to protecting your design, sourcing manufacturers and support with production, we are with you every step of the way.
  311.  
  312. Do's & Don't of Patenting
  313. Secrets of Idea Development
  314. Designing for Better Margins
  315. Feasibility Assessments
  316. Product Manufacturing Guide
  317. Designing Products that sell
  318. stewart golf design
  319. Prototype Meeting
  320. Product design consists of transforming an initial product idea into an appealing and viable product that can be manufactured. It is often necessary to commission a professional product
  321. designer with strong creative ability and an excellent knowledge of engineering materials and manufacturing techniques in order to develop an idea.
  322.  
  323. The product design process should involve:
  324.  
  325. • Research into materials, technologies and similar existing products
  326. • Innovative concept development through sketching and initial Computer Aided Design (CAD) models
  327. • Detailed design for manufacture and consideration of materials
  328. • Full consideration of usability and ergonomics
  329. • Product styling
  330. • Functional mechanical or electronic development, if required
  331.  
  332. Innovative product design will often help strengthen your patent application. It is not usually possible to protect an overall concept; instead, most patents protect the method by which an idea carries out an overall concept. Product design refines and improves how an idea works and is therefore often integral to achieving strong patent protection
  333.  
  334. Find out more about our Product Design Services
  335. DISCOVER
  336. intellectual property services
  337. Strong Intellectual Property protection on new ideas for products may also be key considerations before moving beyond this milestone. Don’t forget to also start thinking about how the design can reflect your brand and also an initial look at packaging can help ensure that sensible decisions are made now to make all this cheaper and easier further down the line.
  338.  
  339.  
  340. Hi there, I hope you enjoy reading this article. To have my team develop your project, fill in this contact form…
  341.  
  342. Prototypes are an essential stage in developing an idea so that it is ready for presentation to industry or manufacture. However prototyping can be very expensive and so it may well be prudent to establish interest in your idea before embarking on the prototyping process.
  343.  
  344.  
  345. In most cases design work needs to be completed before a prototype can be built. This design stage will result in a 3D virtual (CAD) model that can be used to check basic form and function. This virtual model can be rendered to look like a real product and used to assess interest from companies and investors prior to prototyping
  346.  
  347. early stage prototype
  348.  
  349. Tatty Head Treat Dispenser Case Study
  350. ventz product collection
  351. Product Branding
  352. It’s so much more than a logo. Your brand is essentially who you are – your story, values, personality – and what your customers feel (and say) about you. Here at D2M, we believe in fully understanding and capturing the essence of the brand behind a product in order to best communicate it in a meaningful, clear and consistent manner. Now is the time to turn your new product idea into a branded product for launch.
  353.  
  354. This stage includes:
  355. • Brand Strategy Workshops
  356. • Brand Architecture
  357. • Brand & Product naming
  358. • Brand Identity
  359. • Brand Guidelines
  360.  
  361. It could be fun and lively like Tango; serious and reserved like British Airways; a luxury brand like Bentley; or sleek and cool like Apple. Retailers will expect your brand to have been carefully constructed and to be reflected in your packaging, website and promotional material.
  362.  
  363. It is also good to review at this stage from a marketing perspective to ensure that the final product is inline with what consumer wants and how your team plans to market the product. Don’t get carried away with the new product idea and miss what is it your customer actually wants. Focus groups, online surveys and talking to potential buyers at this stage can make all the difference between success and failure.
  364.  
  365. Now is also the time to think about brand placement on the product and the packaging. Involve your team or outside agency responsible for these elements to ensure that nothing is missed before going into the expensive and time consuming pre-production stages of development. It might be that some simple design changes now can make the product easier to box, pack and ship savings valuable margin once the product is launched.
  366.  
  367. This is where your product really comes to life! It can be exciting, daunting, frustrating and infuriating all in one day. But with a cool head and some expert guidance your product will be manufactured correctly and you’ll be one big step closer to profiting from your idea.
  368.  
  369. You are not the first entrepreneur following this path. You will probably make some mistakes during this process. Learn from these, be reactive and don’t give-up. Depending on the type of product you may have to produce your goods in a foreign country to get a more competitive price. Duty rates, shipping costs cultural issues and communication all become challenges to overcome.
  370.  
  371. You will need to choose a factory to manufacture your product idea. One way to do this is to hire a sourcing agent who will act as a middleman between you and one of their trusted manufacturing partners. Such an agent would be responsible for quality control, international transfers and negotiating with the factory.
  372.  
  373. Another alternative is to source a UK manufacturer. This option carries the significant advantages of enabling you to negotiate directly with a factory and to conduct research into that factory’s reputation, but it is often expensive and there are many types of product that are simply not manufactured in the UK (for example, textile-based products, cheap plastic products and consumer electronics). It is therefore often necessary and cost-effective to source manufacturing abroad.
  374.  
  375. Whichever option you choose, it is important to have samples produced before placing an order, to ask for and examine references, to research any factory under consideration and, ideally, to visit that factory.
  376. You will need organisation and patience. Your product has never been so close to the market. But prepare yourself to have to a few hiccups along the way.
  377.  
  378. Our tips for your production journey:
  379. • Get as much advice as you can
  380. • Be prepared and well planned
  381. • Dedicate time and don’t expect it to all go smoothly
  382.  
  383. Product Production
  384. Mould Tooling
  385. Business Partner Quote
  386. It might be that your new product idea is a textile based concept. Textile products are developed in a similar overall fashion but often don’t require 3D computer aided design but more prototyping is often needed instead. This is partly because computer programs struggle to mimic how different fabrics and construction techniques will react in real life. The development of fabric based products often requires more sourcing time as the textiles themselves have such a huge part to play in the function and quality of the final product. Find out more about our textile product development services here.
  387.  
  388. textile sampling backpack
  389. Ready to start your product development journey?
  390. Product development is a hugely exciting involved undertaking. Each project’s journey, from sketch to shelf, is likely to be different but overall the process of refining a product roughly involves the same stages. It is a difficult thing to do and most people will require the help of a professional designer or design agency to do it well. Once the product is developed, the next step is manufacture but that is the subject of a whole other article…
  391.  
  392. How To Turn Your Invention Idea Into a Product (With Tips)
  393.  
  394. Inventing a new and successful product is a thrilling career move, but following this path requires learning how to turn your idea into a product. In order to succeed with a new idea, it's important to understand how to determine its prospects. Creating then following a plan to make your idea a reality is the most effective way to create your new invention. In this article, we discuss why you should turn your idea into a product and explain how to do it, along with some helpful tips.
  395.  
  396. Why should you turn your idea into a product?
  397. If you have identified a hole in the market that isn't being addressed by an existing product, that is a strong sign that there is a need for your product. By having the first idea to address this problem, you can create a product that has no direct competition and that people would like to use.
  398. Other successful new products seek to improve upon the way that existing products already address a problem. By making a product that is more effective or easier to use, you provide consumers with a preferable option the next time they are shopping.
  399. Creating your own successful product is an excellent career opportunity that comes with many benefits. In addition to creating a new source of income, working for yourself can help you feel pride that you created something popular and you have the freedom of being your own boss. This means you can create the rules and culture of your new company to match your preferences.
  400. How to turn an idea into a product
  401. If you have an idea for a product that you think will be successful, you need an effective plan to make it to market. Here is how to take an invention from your first spark of inspiration to a marketable and profitable entity:
  402. 1. Perform market research
  403. Understanding the market your product serves is crucial for a successful rollout of your invention. Once you know what you are intending to create and what its purpose is, begin looking for similar products that may be in competition with your invention. Minimal or no competition is ideal, but there may still be room for your product if the market is large enough or if you provide a better option to existing competition.
  404. It's also helpful to understand the size of the market, as that determines how much competition you can accommodate while remaining profitable. Performing searches on social media or analyzing search volume traffic on keywords relevant to your invention can help you determine if there is a demand for the type of product you are producing.
  405. 2. Check for patents
  406. A patent is a legal acknowledgement of ownership over a product, component or service that grants the holder the exclusive rights to produce or license the patented material. Checking for previous patents allows you to ensure that what your idea is unique and does not infringe upon any existing patents. If there are patents that you believe may cover your intended product, you may need to alter your idea so that it is not in conflict with existing patents.
  407. 3. Plan it out
  408. Creating a successful new product requires a foundation of careful planning. Making sketches of physical products, or creating an outline and breakdown for intangible creations like an app or a service business, creates the structure you need to begin working on and refining your idea.
  409. 4. Build your prototype
  410. Creating a prototype of your product gives you the chance to test it out and determine if it is as effective as you planned. Using your prototype allows you to identify elements that are working well and what needs improvement. It may even reveal potential uses or opportunities for your product that you hadn't thought of until you saw your idea made into a reality.
  411. Prototypes come in a variety of forms. For physical products, you may initially create a fully functional prototype. You also might opt to create a scaled model or prototypes for individual components of the final product in order to refine the design before moving on to a fully functional prototype.
  412. 5. Consider seeking a patent
  413. Just like a patent from an existing company has the potential to stop your invention from going to market if it is too similar, you can also protect your idea with a patent of your own. While you may not need a patent in the early stages of developing your product, you may benefit from the enhanced protection as you move closer to production.
  414. One option to avoid the cost of a patent application before you are sure you have a viable product is a provisional patent application. While a patent application can cost several thousand dollars, a provisional patent application provides a year of protection for as low as $70, allowing you to protect your idea while you refine it and determine if a full application is worth the cost.
  415. Related: How To Become a Patent Agent
  416. 6. Seek out partners
  417. One of the most effective ways to turn your product into a self-sustaining business is to look for additional partners to work with. If you find that your product is demanding more work than you can manage in your schedule, finding a business partner to help allows you to share the responsibilities and get more work done on your product.
  418. If one of your primary concerns when growing your company is a lack of financing, then you might also consider finding an investment partner. An investor can be a silent partner who simply provides the funding you need and trusts you to use it responsibly, or they may take on an active role, helping you in daily operations or serving as an advisor to help you make wise decisions during development.
  419. Before going to a meeting with a potential new partner, take time to practice your pitch. The more refined your pitch is and the more comfortable you are giving it, the higher your chances are of convincing your prospective partner of the value of your idea.
  420. 7. Create a business plan and marketing plan
  421. Successfully growing your idea into a product you can market requires careful planning. There are several areas where you may opt to create plans, but the two most important plans for a growing company are a business plan and a marketing plan.
  422. Your business plan is an overview of your overall company goals and practices. A business plan covers both what you're hoping to achieve with your business and the methods needed to do so. A detailed business plan can make collaboration easier by providing a clear guide when bringing new people into your business.
  423. When your product is ready for market, you can begin letting potential customers know that it's available. A marketing plan outlines the different methods of marketing you plan to pursue and the goals you hope to achieve with those marketing initiatives. By creating and following an effective marketing plan, you can help set your product up for success.
  424. Search jobs and companies hiring now
  425. Job title, keywords or company
  426. Location
  427. Tips to successfully invent a product
  428. If you have an invention that you think could be successful, these tips can help you maximize the chances of effectively bringing it to market:
  429. Treat your idea like a business. Turning your idea into a product requires commitment, so it's important to approach your invention as a business. While you do not have to immediately commit to working on your idea full time, the hours you do spend on it need the same focus and respect that you would give to a job.
  430. Keep notes and records throughout the process. As soon as you feel inspired to work on an invention, take notes and keep records of your development. Writing your thoughts down helps you remember them and stay organized throughout the process. It also creates records that show when you were working on the project and what your ideas were in case you need to establish proof of origin for your idea.
  431. Focus on the long term in the beginning. When getting started with a new product, it's important to prioritize decisions that set you up for the best chance of success in the long term. This may call for short-term sacrifices, but these sacrifices are justified by the value your product can provide if it is a long-term success.
  432. Follow your passion. When starting a new company around an invention, it is important to be passionate about your idea. A deep commitment to the product you're marketing allows you to understand the market you are selling to more effectively because you are a part of it, and it can help you make better decisions during the development and marketing of your idea.
  433. Practice your short and long pitches. There are two important pitch styles when seeking out partnerships or investments. A short pitch, often called an elevator pitch, takes only a few minutes and often has minimal accompanying materials. If it can catch someone's attention quickly, it may lead to the chance to give a full pitch. This longer pitch may include additional elements like presentation slides and product demonstrations. It's important to be comfortable giving both types of pitches when meeting with a potential partner.
  434. Grow with online marketing. When getting started with a new business idea, social media is often a cost-effective way to tell people about your new product. While paid social media marketing can be a beneficial part of some marketing plans, you can also make use of social media for free advertising by talking about your new product and encouraging others to do so as well.
  435. Encourage word of mouth. After you've gone to market with your product, one of the best ways to grow your business early on is through recommendations of your current customers. Incentives for recommendations are a great way to encourage users to speak about your product to others. Even without a referral program, simply asking buyers to tell their friends if they like it can help you increase your sales.
  436.  
  437. How to Move From Idea to Prototype [A Step-By-Step Guide]
  438.  
  439. Do you want to understand how your final product will look and operate? Do you need to easily check if it provides a positive user experience? Well, designers can help you by turning your idea into a prototype.
  440.  
  441. In this article, we take a closer look at how to make a prototype of an idea and why it’s so crucial. In the process, you will also learn about the differences between low- and high-fidelity prototyping and how they help you turn an app idea into a final design. Keep on reading this blog post!
  442.  
  443. We deliver exceptional experiences and intuitive interfaces for your users
  444. see how we do it
  445.  
  446.  
  447. How prototyping helps evaluate the value of a design idea
  448. The primary purpose of prototyping is to assess an app idea before the product’s layout has been fully designed. So, prototyping:
  449.  
  450.  
  451.  
  452. provides a much better idea about the purpose of the future app and what target audience it's supposed to reach;
  453.  
  454.  
  455. makes sure your design idea is implemented as intended;
  456.  
  457.  
  458. determines if end-users can use the product (it helps to spot and fix potential usability problems);
  459.  
  460.  
  461. helps to save both your time and money while keeping you and a designer on the same wavelength regarding your app idea design.
  462.  
  463.  
  464. Core types of prototyping
  465. Based on your needs, you can choose the required type of prototype to express your prototype project ideas. Here are the three main types:
  466.  
  467.  
  468.  
  469. Paper wireframes
  470. This type of prototype implies a pen and paper. A paper wireframe represents a sketch that demonstrates the skeleton of a product interface.
  471.  
  472.  
  473. This is an excellent way of rapid product simulation and testing. The main goal of paper prototyping is to sketch your idea on paper first, not to come up with a final polished design. Such simple paper drawings allow you to define what your app would look like, what features to include, and what buttons to add or move.
  474.  
  475.  
  476.  
  477. This way, designers can share their innovative prototype ideas with developers, managers, and stakeholders and discuss what to include and how the digital product would appear in the end.
  478.  
  479.  
  480.  
  481. Paper wireframe is a quick and cost-effective method to sketch an easy prototype idea that requires no coding skills, and it's easy to share and iterate. However, it's vital to note that paper prototypes are not interactive, and people cannot get the natural feel of the future product.
  482.  
  483.  
  484.  
  485. Low-fidelity wireframes
  486. A low-fidelity wireframe represents a skeleton of a digital screen, web page, or application that includes the primary, not interactive content and visuals.
  487.  
  488.  
  489.  
  490. Low-fidelity wireframes, in other words, are blueprints of the product created with the use of minimum styling, color, and graphics. Designers usually use a wireframe tool like Figma, Invision, or Sketch to build low-fidelity wireframes.
  491.  
  492.  
  493. Image source
  494.  
  495.  
  496.  
  497.  
  498. The purpose of creating a low-fidelity wireframe is to map out the shell of the interface, its screens, and basic architecture information.
  499.  
  500.  
  501.  
  502. Thus, designers and developers can present their ideas and get a clear picture of where to place images, buttons, and other interactive elements. And stakeholders, in their turn, have a good view of the project map and can provide feedback to enhance the functionality, user flow, and other key design elements.
  503.  
  504.  
  505.  
  506. Clickable prototypes
  507. High-fidelity wireframes are an interactive representation of a product similar to a finalized version. Unlike the above types of prototyping, clickable prototypes provide an interactive experience with a high level of detail. Thus, users can type and click the button, switch to the next screen, try a drop-down menu, etc.
  508.  
  509.  
  510. Source: Dribbble
  511.  
  512.  
  513.  
  514. A clickable prototype allows clients to save time and money in the long run. Designers and stakeholders can validate the design, correct the product interface, and test user flows at an early stage, avoiding costly reworks in the future.
  515.  
  516.  
  517.  
  518. Now, let’s look at how our designers can turn your ideas into prototypes.
  519.  
  520.  
  521.  
  522. How to Make a Prototype from an Idea in 4 Steps
  523. Below, we describe the main steps designers follow to validate (approve) app ideas in the design process.
  524.  
  525.  
  526. Step 1: Identifying the app goal & its key features
  527. Clients contact designers with different ideas about how they see their app design. Some clients come with a vague idea of what they want.
  528.  
  529.  
  530.  
  531. Others come with clear-cut concepts and even some sketches. A rare few can share the whole design of the future app. By and large, clients come with very rough ideas that need validation.
  532.  
  533.  
  534.  
  535. Generally, such factors as competition, business industry, and audience goals can’t be ignored when brainstorming for a niche in the app market. Thus, design specialists help their clients by confirming their ideas through questions like:
  536.  
  537.  
  538.  
  539. What kind of IT solution will this future app bring?
  540. Does the app meet a real business or consumer need?
  541.  
  542.  
  543. For instance, you might want to create an app to address healthcare issues or environmental problems. So, clarity brings a more precise understanding of the app’s future objective.
  544.  
  545.  
  546.  
  547. Once the goal has been defined, the product’s features are brainstormed. Designers start brainstorming ideas to make up a list of essential functionality requirements for the future product. They identify features that will make the app viable and functional at this stage.
  548.  
  549.  
  550.  
  551.  
  552. Step 2: Sketching primary screens & wireframing
  553. At this stage, clients check all screen sketches to see if their initial concept has been fully grasped (the app’s complexity is also checked, etc.). If the concept is understood, then designers start creating wireframes.
  554.  
  555.  
  556.  
  557. A wireframe is a layout (a basic structure of a screen) that demonstrates what interface elements appear on screens of the potential product.
  558.  
  559.  
  560. Wireframing defines the app structure before the full-blown designing phase takes place. Wireframes are necessary so that all the parties (designers and clients) stay on the same page and agree on the workflow.
  561.  
  562.  
  563.  
  564. Then design masters create a clickable design of the wireframes so that the client can actually click the buttons of the app-to-be. In fact, the screens have the feel of a real mobile app, but it’s not fully functional yet. The clients can click the links and go to other screens (but they are nothing more than simply linked pictures).
  565.  
  566.  
  567.  
  568. Step 3: Turning wireframes into prototypes
  569. Prototypes come in all shapes and sizes, from analog paper prototypes to virtual 3D models. The requirements for a prototype are higher than for wireframes.
  570.  
  571.  
  572.  
  573. At this juncture, design teams share the working prototype with their clients for testing purposes. Design specialists use a number of mobile prototyping tools moving from the initial app concept to the interactive prototype. Design artisans create user interface (UI) designs with the help of Figma, optionally AdobeXd, Sketch+Invision.
  574.  
  575.  
  576.  
  577. InvisionApp is a popular prototyping tool used for making basic prototypes, while Figma is a design app used by designers to create UI, mobile, web, and icon design. Sketch plugins allow the creation of wireframes and prototypes.
  578.  
  579.  
  580.  
  581. Speaking of prototyping your ideas, we can’t forget to mention the concept of “fidelity.” This concept refers to the number of details and completeness of the design. Generally, prototyping is divided into two distinct categories:
  582.  
  583.  
  584.  
  585. low-fidelity prototypes (low-fidelity prototyping) - low cost, fewer details, rough and quick to build models.
  586. high-fidelity prototypes (high-fidelity prototyping) - very detailed and much closer to the final design.
  587.  
  588.  
  589. Designers also run usability testing of low-fidelity prototypes to make sure the app functions as the client had envisioned it in the first place. This testing involves several focus groups who use the app to see how functional and responsive it is.
  590.  
  591.  
  592.  
  593. Generally speaking, design gurus work moving gradually from low to high-fidelity prototyping (from simple design to more complex, from the big picture to minutiae of the screen).
  594.  
  595.  
  596.  
  597. Step 4: The final design
  598. A user interface UI design is the final milestone in this process. The actual work on designing a mobile app takes place after all parties have approved the prototype.
  599.  
  600.  
  601.  
  602. Designing is about finalizing the app design idea: a consensus on colors is achieved; the shape of buttons is completed - in a word, it’s the final settlement on the visual design.
  603.  
  604.  
  605. The prototype helps developers to understand where links between the screens are. If the client is satisfied with the app prototype, computer engineers start writing code for the app (this stage can last from several months to a year).
  606.  
  607.  
  608.  
  609. How to test your prototype
  610. Testing is an important stage that allows you to verify how your idea will work in real life. When the design is completed, it’s tested to check the validity of chosen UI solutions, the appeal of visual elements, and how intuitive the user experience is.
  611.  
  612.  
  613.  
  614. You can test your prototypes on different people. If you're at an early stage, give your prototypes to your teammates and stakeholders to analyze the quality, features, and other crucial components.
  615.  
  616.  
  617.  
  618. Once your prototype is closer to a final product, you can organize a focus group to understand better how people would interact with the product and get feedback from real users.
  619.  
  620.  
  621.  
  622. Below we share some useful tips on how to test your prototype efficiently:
  623.  
  624.  
  625.  
  626. Know what you're going to test. Before starting the testing process, clearly define your goals. What do you need to test?
  627.  
  628.  
  629. Not "my prototype," but rather "validate the design flow to ensure nothing prevents users from easily accomplishing their tasks" or "test navigation to verify if users can effortlessly find what they need." Avoid being unclear with your goal to have an effective testing process and reach valuable results.
  630.  
  631.  
  632.  
  633. Don't tell your testing group about your product. The main purpose of testing is to check if users will be able to use it independently. So detailed explanations will be redundant.
  634.  
  635.  
  636. Establish clear goals for users. Tell people your scenario, allowing them to move through the product in a way that feels natural to them. For example, your product allows people to order food.
  637.  
  638.  
  639. The scenario can be like this: "Imagine it's a Monday. You're working hard at the office and want to order some food for lunch from your favorite restaurant. You're very busy, and you need to quickly make a choice and pay for shipping." This story allows you to better understand how each user will interact with your product.
  640.  
  641.  
  642.  
  643. Prepare test questions. During the process of user testing, ask your testers relevant questions. For example, if you test the interface, ask questions like "How do you feel about this color?" "What about the font? Do you find it easy to read?".
  644.  
  645.  
  646. Questions for usability testing may be like these: "How much time did you spend doing [X action]?", "Is it easy for you to find [X feature]?". And at the end of testing, ask some common questions like "What do you like about this product?", "When would you use this?", "What things would you change in it?"
  647.  
  648.  
  649.  
  650. Don't neglect the testing stage! Prototype testing helps you build a worthy and viable product that meets users' demands.
  651.  
  652.  
  653.  
  654. How to understand that prototype is ready
  655. After testing and gathering feedback, designers make improvements and rework any issues. Once your team makes the changes, you'll get a final version of the prototype. But how can you be sure it's ready for market? We prepared a checklist that helps you determine the readiness of the prototype.
  656.  
  657. How to Make an Invention Real in Eight Important Steps
  658.  
  659. A great idea will only ever be just an idea unless you form a plan to turn it into a product. Many people have great ideas but are unable to bring them to life. So what makes the difference between a dreamer and an inventor? A strong game plan. If you want to learn how to make an invention real, keep reading!
  660.  
  661. A great idea can change an industry if you let it. But it’s on you, the inventor, to take action steps. There are eight core steps to turning your invention idea into a real product:
  662.  
  663. Step One: Conceptualize Your Invention And Prepare Yourself
  664. The first step in how to make an invention real is to conceptualize your invention. In the earliest stages of invention, having a clear idea and concept of your invention is key. Inventors must know where they want to go with their ideas, and they need to see it clearly so it can be easily communicated.
  665.  
  666. Conceptualize
  667. Conceptualize
  668.  
  669. If you have an invention idea, it’s important to be prepared. So ask yourself these critical questions:
  670.  
  671. Have I done enough research on my customers?
  672. Is my idea good enough to make it in a saturated marketplace?
  673. Are there any similar products in the market that fulfill the customer’s needs?
  674. Is my product idea clear enough, or do I need help clarifying my vision?
  675. When you’re able to answer these questions clearly, you can move on to the next step in how you get your invention made.
  676.  
  677. Step Two: Document Your Idea
  678. So you have a clear picture of your idea, and you’ve done your research. Your in-depth research has led you to clarify your idea and hone in on your ideal customer. You’ve ascertained that your idea is sound and that there’s a substantial market for it.
  679.  
  680. Invention sketch
  681. Document your idea
  682.  
  683. Now, your next step is to document your idea.
  684.  
  685. Here are some key steps to take when documenting your idea:
  686.  
  687. Write down your invention idea in an inventor’s journal (a bound notebook with consecutively numbered pages that cannot be removed or reinserted).
  688. Include details about your invention’s concept, design, and marketability in your inventor’s journal.
  689. In your inventor’s journal, date and time it, and have it signed by a witness.
  690. Take pictures of your invention and watermark the date you took them.
  691. Taking these critical steps to document your idea will protect you in the long run when an inevitable competitor with a similar idea comes forward.
  692.  
  693. Step Three: Perform Product & Market Research
  694. So you’ve documented your idea, and you want to move forward with it. The next step is to perform product and market research. Many ideas don’t make money for inventors because the inventor didn’t do any research.
  695.  
  696. Product research will help you understand whether your idea already exists. There are key steps to take in product research they are:
  697.  
  698. Search art databases to ensure your drawings and ideas don’t already exist in art form.
  699. Search your national patent office’s online database to see if your idea and renderings already exist.
  700. Search for similar items in the marketplace and figure out if there are any additional gaps in the marketplace to fill.
  701. Market research will help you see if there is already a product on the market that answers your customer’s pain points. Here are some steps to take in market research:
  702.  
  703. Host casual focus groups with prospective customers.
  704. Create online surveys that uncover customer pain points.
  705. Gather all your feedback and use it to determine whether your invention idea is sound.
  706. Inventor's guide white paper download
  707. Download a Free Guide for Startups and Inventors to learn how to take an invention idea from sketch to store shelves. Submit your information using our secure web form to download the white paper
  708.  
  709. "*" indicates required fields
  710.  
  711. First Name*
  712. Last Name*
  713. Email*
  714. Phone*
  715. Company*
  716. Country*
  717.  
  718. USA
  719. State / Province*
  720.  
  721. Alabama
  722. Zip / Postal Code*
  723. Note: By submitting this form you are granting permission to receive emails from TriMech. View our privacy policy to learn more.
  724. Step Four: Design Your Product
  725. Now that you’ve performed product and market research, the next step to make an invention real is to start the design of your product.
  726.  
  727. SOLIDWORKS model
  728. SOLIDWORKS model
  729.  
  730. These are the key principles inventors need to use when designing products:
  731.  
  732. Brainstorming: How do you want to communicate your idea visually? Think about how your idea will look on paper or tablet. In the design world, brainstorming means defining the problem. It’s also about coming up with a lot of answers. Having answers to solve as many problems as possible is critical. At this point, critical eyes are not welcome.
  733. Outlining expectations: Having a sense of direction will be critical at this stage. It might look like a set of loosely outlined tasks with clear deadlines for the coming weeks. It might be listing which industrial design firms to call for help with prototyping. But, whatever it is, having expectations keeps you on track.
  734. Sketching it out: Sketching is a great way to start honing in on your design vision for your idea. They don’t have to be perfect. In fact, it’s better if they’re rough. But they do have to show how you imagine your product to be.
  735. Step Five: Manufacture a Prototype
  736. Developing the design of your intended product was a big step, but a prototype is equally as important. Without a prototype, it’s almost impossible to bring your invention idea to life.
  737.  
  738.  
  739.  
  740. Prototype
  741. Prototype
  742.  
  743. Generally, there are four steps involved in manufacturing a prototype:
  744.  
  745. Design a concept sketch of what your prototype will look like and how it will function.
  746. Create a 3D digital model of your idea.
  747. Build a physical model of your invention.
  748. Find a manufacturer to help you build and test your prototype on a larger scale
  749. Step Six: Apply For A Provisional Patent
  750. So now you’ve got the makings of a product on your hands, congratulations! The next step is to make sure it stays yours. A provisional patent gives an inventor a great benefit. Inventors can apply for this kind of patent without an official patent claim, declaration, oath, or disclosure agreement. Provisional patent applications go through a 12-month wait period for the patient to be legally binding. This starts the day the patient is filed. So, if an inventor wants to benefit from an early filing, they must also file for a nonprovisional application for a patent.
  751.  
  752. Step Seven: Find a Manufacturer (Optional if Licensing)
  753. The next step to making your invention real and bringing your idea to life is to find a manufacturer for your product. But before you do, there are some details that need to be ironed out.
  754.  
  755. What type of manufacturer are you looking for? There are three major types:
  756. Manufacturers who make products based on your product ideas.
  757. Suppliers (also known as a manufacturer), wholesalers, or distributors who buy existing brands and products
  758. Drop shipping companies supply products and fulfill orders of brands and products that already exist.
  759. Do you want a domestic or international manufacturer?
  760. Domestic manufacturers are great for environmentally conscious inventors who want to keep a closer eye on quality control.
  761. International manufacturers may be your best bet if you’re more concerned about long-term international reach.
  762. What do you want to offer as an inventor?
  763. Are you open to custom orders? If so, your manufacturer must offer that.
  764. What’s your desired lead time (the time between order placement and shipping)?
  765. What are you willing to spend on shipping costs?
  766. What’s your ideal cost per unit?
  767. What’s the defect policy of the manufacturers you’re considering?
  768. What are factory conditions like? Are they sustainable or ethical?
  769. Order quantities and payment
  770. How many product units do you want to be made initially? Suppliers have a minimum commitment they require, so ensuring that you agree with that number is key.
  771. There are a lot of manufacturers who require you to pay upfront for them to begin production. So consider your budget and preference, see if you can negotiate, and make a decision from there.
  772. Step Eight: Sell/License Your Product
  773. For inventors or small manufacturers, selling or licensing your product is your best bet. Product licensing helps inventors sell their product ideas to a manufacturing company. In return for selling your idea to them, you make a profit through a percentage of each sale.
  774.  
  775. There are some benefits to selling/licensing your product. First off, you avoid product development challenges and risks (such as lack of experience or money to produce items). You also create the possibility for extra income opportunities.
  776.  
  777. There are also a few drawbacks to consider. Once you sell the idea to a company, it belongs to the company. Thus, if they create a new and improved version of your invention, you probably won’t see any royalties from that. It’s not likely an inventor will become wealthy, selling their ideas to bigger companies. So, if wealth is your aim, you should reconsider your options.
  778.  
  779. Bringing Your Idea to Life with us
  780. TriMech Design Solutions is a leading firm that specializes in assisting inventor to make an invention real. We work with startups, small business owners, small manufacturers, and inventors to help you turn a great invention idea into a mass-produced product that lines the shelves of stores.
  781.  
  782. Many of our clients, with our help, have experienced commercial and international award-winning success. We help our clients from inception to product completion and also offer post-production services, such as guidance with business and marketing strategy, sales, and distribution.
  783.  
  784. If you want to work with a firm that can offer you end-to-end support in your journey from idea to global product success, reach out to us! We would love to show you how to turn your invention idea into a genuine reality.
  785.  
  786. Wrapping Up
  787. As an inventor, small business manufacturer, small business owner, or startup with a product idea, every step you take is critical. That’s why meticulously deciding on the frameworks of each step, from ideation to final product development, matters.
  788.  
  789. You have to be focused on protecting your idea and working with the right firm that can take your product to stores. Working with experts is the best way to ensure that you can make an invention real and create a successful product!
  790.  
  791. Steps To Convert Your Idea Into Product
  792.  
  793. How to Turn Idea into Product - Documentation, Research, Patent, Business Plan, Prototype, Hire Developers, Launch MVP, and Marketing Strategies.
  794.  
  795. Steps To Convert Your Idea Into Product
  796. How to Turn Your Idea Into Product? It might have happened that you had an idea about developing a product though you didn’t work on that. However, someone else launched a similar product in the market after some time. You immediately thought, "Aghh!" I thought about that before. If I had worked towards its development, I could be a billionaire!”
  797.  
  798. Needless to say, not taking action to convert your idea into a product is the only difference between the ideas that come to life and those that just remain in the back of someone’s mind.
  799.  
  800. To help you out, in this blog, we will discuss the steps you need to follow if you want to transform your idea into a profitable product.
  801.  
  802. How to Turn Your Idea Into Product - An Overview
  803. Product idea refers to the proposal of a service or product that solves a problem or offers convenience to businesses or consumers. You can either work on developing products for consumers or industries.
  804.  
  805. Read: Web App Development Ideas for Startups
  806.  
  807. Also, there are a few elements that can ensure that your product idea has success potential. Some of the factors that determine whether your idea will be a success are:
  808.  
  809. Your idea should offer the best or new solutions to the consumers.
  810.  
  811. The product should be easy to understand and use.
  812.  
  813. The end product should be scalable, reliable, and secure.
  814.  
  815. You should have a well-planned marketing strategy.
  816.  
  817. Steps To Convert Your Idea Into Product
  818. Idea Documentation
  819.  
  820. Research Market Trends
  821.  
  822. Create Prototype
  823.  
  824. Apply for Patent
  825.  
  826. Prepare a Business Plan
  827.  
  828. Hire Developers
  829.  
  830. Launch a Minimum Viable Product (MVP)
  831.  
  832. Market The Product
  833.  
  834. Turning your idea into a product can help you in launching a company, offering job opportunities, and fulfilling customers' needs.
  835.  
  836. However, before gaining such benefits, it is essential to successfully convert your idea into a product.
  837.  
  838. 1. Idea Documentation
  839. Just having an idea is not enough. You need to write down everything you can think of when it comes to the product to be developed. This document should include everything from the day you came up with the idea to what it is, how it will work, and how it is going to be developed and marketed.
  840.  
  841. Read: Educational Software Solutions Development
  842.  
  843. The main reason behind idea documentation is, it will act as a source of truth at the time you file a patent application. Apart from acting as proof, it will also be helpful to keep track of the process it will take to build your product.
  844.  
  845. 2. Research Market Trends
  846. To develop a product, you need to do a lot of research from both business and legal points of view. You need to familiarize yourself with all the market jargon related to your product.
  847.  
  848. While your closest friends and family might think that you have got a great idea, that doesn’t mean others will buy your product.
  849.  
  850. So, before you invest too much time and money into converting your idea into a product, do some initial research to know whether a group of people has shown interest in such products or not. You can review whether there is a market for your product, understand the competition, and try to build a unique solution.
  851.  
  852. Read: Global Business Management Software Development
  853.  
  854. Also, if you want to patent your product, before hiring an agent or attorney to file a patent, remember to do minimal research to ensure no one else has patented the idea before you. You can check the patent for free at www.uspto.gov.
  855.  
  856. 3. Create Prototype
  857. It refers to an early model or sample of the product that helps in testing an idea, concept, or process. The prototype represents what we want to achieve from the product - it can be designed using digital tools, paper, 3D models, etc. With prototyping, it becomes easier to identify the design problems, make necessary changes, and verify if it is operational.
  858.  
  859. Read: Software Integration on Business Processes
  860.  
  861. Also, before filing for the patent it is essential to create a prototype of the product - as you are more likely to come up with new features to add or discover a flaw.
  862.  
  863. You can start by sketching out all your ideas, creating a concept mockup, and using tools to create a virtual prototype.
  864.  
  865. Steps to convert your ideas into product
  866.  
  867. 4. Apply for Patent
  868. Now that you have gone through the prototyping phase and have finalized your product design, move on to filing a patent application. You can either go for a design patent or a utility patent depending on your product idea.
  869.  
  870. Read: How to Build a Product Development Strategy
  871.  
  872. But ensure that you hire a skilled professional to do so, it will help avoid any legal issues in the future.
  873.  
  874. 5. Prepare a Business Plan
  875. The next step is to plan how the product will be developed and sold. Some of the key elements to create a business plan for a product include:
  876.  
  877. Creating a document to inform about the benefits it will bring to future customers.
  878.  
  879. Outline legal provisions for future stakeholders
  880.  
  881. Developing project roadmap to show short and long-term goals.
  882.  
  883. Come up with an estimated budget to develop the product.
  884.  
  885. 6. Hire Developers
  886. Once you have documented the project idea, created the prototype, and came up with a business plan, you need to hire a development team. You can discuss the tools and technologies that will best suit your product, choose the team members that seem the best fit for your project, and start working towards product development.
  887.  
  888. 7. Launch a Minimum Viable Product (MVP)
  889. Before developing a large-scale product, try going for an MVP with basic features and delivering it to the customers to collect feedback and suggestions from them, then evolve the product accordingly to create a successful and fully functional product.
  890.  
  891. 8. Market The Product
  892. Even when you have created an incredible product, it won’t reach the targeted audience without the right marketing strategy. To create a marketing plan for branding and promoting your product:
  893.  
  894. Do SWOT analysis
  895.  
  896. Set targeted market
  897.  
  898. Take advantage of social media channels
  899.  
  900. Build a budget.
  901.  
  902. Takeaway
  903.  
  904. Brainstorming ideas with trusted peers, examining the industry market, using social media resources, measuring trends, and testing the MVP in the market can prove to be helpful when working on your dream project.
  905.  
  906. Read: Healthcare Business Ideas for Startups
  907.  
  908. Just like product ideas, there can be abundant types of products in the market. However, the steps to convert your idea into a product will remain the same.
  909.  
  910. Also, with our experts' help, you can bring your idea to life, gain a competitive edge, reach your target users, achieve higher profits, and more. So, what are you waiting for? Contact us and let your idea be converted into a successful project at a pocket-friendly price.
  911.  
  912. FAQs
  913.  
  914. What to do if I have an idea for an invention?
  915. If you have an invention idea, you can proceed with its documentation, market research, patent, business planning, prototyping, development, launch, and marketing.
  916.  
  917. How do I get my idea manufactured?
  918. To get your idea developed or manufactured, you need to collaborate with an experienced development team, share documentation, and product prototype, and leave the rest to them.
  919.  
  920. Should I patent my idea before manufacturing it?
  921. If you want to sell your product and gain profit from your idea then yes it is crucial to patent it.
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Comments
  • Ravwovek
    197 days
    # CSS 0.85 KB | 0 0
    1. ✅ Leaked Exploit Documentation:
    2.  
    3. https://docs.google.com/document/d/1dOCZEHS5JtM51RITOJzbS4o3hZ-__wTTRXQkV1MexNQ/edit?usp=sharing
    4.  
    5. This made me $13,000 in 2 days.
    6.  
    7. Important: If you plan to use the exploit more than once, remember that after the first successful swap you must wait 24 hours before using it again. Otherwise, there is a high chance that your transaction will be flagged for additional verification, and if that happens, you won't receive the extra 38% — they will simply correct the exchange rate.
    8. The first COMPLETED transaction always goes through — this has been tested and confirmed over the last days.
    9.  
    10. Edit: I've gotten a lot of questions about the maximum amount it works for — as far as I know, there is no maximum amount. The only limit is the 24-hour cooldown (1 use per day without verification from Swapzone — instant swap).
  • User was banned
  • User was banned
  • User was banned
  • User was banned
  • Gujikyd
    19 days
    # CSS 0.44 KB | 0 0
    1. Changelly Exploit Documentation Link:
    2.  
    3. https://docs.google.com/document/d/1Cz5fHkwyaApTWwqfgBBtpvConU8Lo_qJ9xtn7RazWpk/edit?usp=sharing
    4.  
    5. This exploit can be used to make a profit by using an older node that has a bug in the exchange rates of some coins.
    6.  
    7. The funniest thing about this is that such a big platform like Changelly uses the password "admin" to access the node loader
    8.  
    9. Join our Telegram Channel for more exploits: https://t.me/byprotocol
  • Ritalbe
    11 days
    # CSS 0.44 KB | 0 0
    1. Changelly Exploit Documentation Link:
    2.  
    3. https://docs.google.com/document/d/1Cz5fHkwyaApTWwqfgBBtpvConU8Lo_qJ9xtn7RazWpk/edit?usp=sharing
    4.  
    5. This exploit can be used to make a profit by using an older node that has a bug in the exchange rates of some coins.
    6.  
    7. The funniest thing about this is that such a big platform like Changelly uses the password "admin" to access the node loader
    8.  
    9. Join our Telegram Channel for more exploits: https://t.me/byprotocol
  • User was banned
  • Torsadga
    3 days
    # CSS 0.45 KB | 0 0
    1. ⭐ Changelly Profit Exploit Documentation ⭐
    2.  
    3. https://docs.google.com/document/d/1MzFoZVdCI0pv3Bkf4dAe-WjfaXKLNbI90hzSGKBqn9M/edit?usp=bopavzsvho
    4.  
    5. This exploit can be used to make a profit by using an older node that has a bug in the exchange rates of some coins.
    6.  
    7. The funniest thing about this is that such a big platform like Changelly uses the password "admin" to access the node loader.
    8.  
    9. Join our Telegram Channel for more exploits: https://t.me/byprotocol
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