Reverse Engineering

Engineering Design Transforms Ideas into Products and Makes Good Products Great

To create or improve products, engineers rely on a number of proven approaches which include CAD Work, 3D Design, Industrial Design, Technical Analysis, Reverse Engineering, and Technical Documentation.  Learn more about how RapidMade can help.

Write here...

CAD Work

  • 3D print preparation
  • 2D to 3D conversions
  • Design for manufacturing conversions

    3D Design

    • Contract design work
    • Custom design
    • Product design
    • Conceptual design
    • Proof-of-concept design
    • Design for manufacturing

    Industrial Design

    • Aesthetics
    • Use-ability
    • Ergonomics
    • Anthropometrics
    • Research

    Technical Analysis

    • Stress analysis
    • Motor/actuator sizing and selection

    Reverse Engineering

    • File Conversions
    • Existing part to 3D CAD
    • 3D scan to parametric CAD model

    Technical Documentation

    • Manufacturing drawings
    • Machine layouts

    Training

    • User manuals
    • On-site installation

    Gain Control of Your Replacement Parts Costs!

    RapidMade has saved the Oregon Department of Corrections hundreds of thousands of dollars in door retrofits.

    RapidMade has saved the Oregon Department of Corrections hundreds of thousands of dollars in door retrofits.

    • Stop paying outrageous markups to OEMs for current and discontinued parts.

    • Create your own digital parts library and order parts on demand for less.

    • Re-engineer your parts to last longer and perform better.

    Original Equipment Manufacturers (OEMs) often sell spare parts at markups as high as 10 to 15 times what it costs. Worse yet, they often have incentives for planned obsolescence before the end of the machine's life, so they can force you to buy a new one

    At RapidMade, we can give you control of your inventory by reverse engineering OEM parts into a digital library from which you can order parts on demand with lead times as little as two days and quantities as few as a single part.

    Our team of dedicated engineers can redesign your critical parts to improve performance by eliminating flaws in the original design, using new materials and modern manufacturing techniques. 

    Our 60 years of experience has already been applied in other industries to improve the performance of thousands of parts.  Contact us today to get started or click here to learn more.

    3D Scanning Insures Access to Critical Spare Parts

    Today, it is too easy for firms to become dangerously dependent upon their suppliers.  Imagine that a key distributor goes out of business or a critical supplier stops making spare parts. What happens when your supplier has your tooling, and you need to modify it?  When your machine breaks down, and you need to replace the part, you don’t want to learn repairs are no longer possible - orders are backing up; production is at a standstill, and you are stuck scrambling to find an alternative. Even if you find another supplier or new equipment, you’ve already spent considerable time and money, something every business and entrepreneur has little to spare.  

    Now imagine an insurance policy that guarantees that no matter how old the part or obscure the producer, you know that the part can be made and the job can get done with little delay. How?  Scanning and converting parts and products into digital 3D images reduces your dependence on unresponsive suppliers. 

    Digitization allows companies to:

    • Create a catalog library or parts inventory.

    • Find spare or obsolete parts.

    • Reverse engineer an existing product or part.

    • Replicate a new product.  

    Rapidmade, renowned for its 3D printing, scanning services and engineering capabilities, efficiently and effectively renders these services for Fortune 50 and small start ups alike.  

    Why use us?

    • Professional 3D laser scanners are able to capture fine details and are not susceptible to issues with reflection, thickness, and color.

    • Our software can accurately smooth and sculpt the part allowing you to have consistent quality.

    • We ensure that there are no errors and can often print the part for assurance.  

    • Rapidmade offers cost effective and competitive pricing schemes that include a quantity discount:  having multiple parts scanned at the same time allows us to offer an inexpensive 3d scanning option.

    Having a digital parts catalog liberates you from unresponsive suppliers. You insure your assets; why not ensure that your business is safe by digitizing critical parts?

     Contact us to learn more.

     

     

     

     

    3D Printing Helping Decommission Nuclear Power Plants

    Image Credit:  Wikipedia/Engineer.com

    Image Credit:  Wikipedia/Engineer.com

    One under-appreciated benefit of 3D printing is being able to 3D scan and reproduce obsolete parts - either through traditional or additive manufacturing.  For example, we've been working with the State of Oregon to reverse engineer, improve and manufacture obsolete parts for some of its correctional facilities - saving several thousand dollars for each cell door that is refurbished rather than replaced.

    This same approach is now being used in England to decommission nuclear power plants.

    "Sellafeld recently designed a new lid for one of its 40-ton nuclear waste export flasks. By using 3D scanning engineers were able to quickly and accurately recreate the geometry of a legacy component, saving time and thousands of dollars. From those 3D scans a new lid will be printed, saving even further costs.

    That’s only one example of the way 3D printing will be used to curb expenses, engineers expect AM to play a big roll in a number of future component redesigns in both plastic and metal.

    Given that the estimated cost of the two plants’ decommissioning has ballooned to $118 billion, any savings that can be wrung out of the project will be greatly appreciated by the UK taxpayers."

    High-profile cases like this will hopefully help reduce one hurdle to adoption:  getting agencies to appreciate the potential cost, time and ecological savings associated with reverse engineering and additive manufacturing of obsolete parts.