Prototypes help designers and developers build partial product implementations, which potential end-users or customers use to provide feedback to the development team before full-scale development begins (Kan, 2003).

Prototyping is a necessary step in the product development process. It is section of a more thorough process for designing advanced products and services. This is done to acknowledge and remove any type of bugs and user issues present in the product. The generic process of prototyping involves the stages of prototyping, pre-production engineering, design upgrade, and design verification. Once the prototype is designed, next step is the manufacturing process. After the stage of design verification, development stage begins which is further processed for testing and packaging of the product. 

Prototyping Typical Cycle

  • Prototyping

  • Pre-production Engineering

  • Design Upgrade

  • Design Verification

  • Manufacturing Process Development

  • Testing

  • Packing

Avench's Approach

Avench’s approach towards the process of prototyping and manufacturing has a significant difference from the generic process. It begins with ideation of the project, which comprises of discussing the concept of the product, basic market research and identifying the target market. Then, we process to a primary architecture involving breadboard prototyping/POC and form exploration. Next, we start with prototyping, where we develop five prototypes, on which industrial design, hardware design, software design and testing is conducted. 

Post the prototyping phase, the product undergoes process of design for manufacturing (DFM). This step involves the development of custom parts, contacting the suppliers, design review by the suppliers, co-ordinate with the supply chain experts for COTS components and generation of updated schematic and Gerber files. Then, the product validation testing is conducted, which are, Engineering Verification Testing (EVT), Design Verification Testing (DVT), and Product Verification Testing (PVT). 

EVT includes:

  1. Field Testing
  2. Generation of the prototype issue list
  3. Review gate for production

DVT includes:

  1. Product assembly
  2. Identify DFM issues
  3. Process development for mass manufacturing
  4. Engineering change order request (if applicable)
  5. Development of test equipment and calibration software
  6. Regulatory testing and certification
  7. Review gate for readiness 

PVT includes:

  1. Final manufacturing process 
  2. Final review for Mass production 

After the three different verification testing, the product is subjected to mass production stage which consists of the discovery of low incidence defects, stabilization of manufacturing process, deployment support, and maintenance and support. Next, the quality of the product is ensured by the Quality Assurance team, followed by testing, packaging and shipping of the product.

Our detailed process for prototyping and manufacturing has helped the clients get the desired result and successful product delivery within the set timeline of the project completion.

Post this, we do volume manufacturing also.

Avench Prototyping and Mass Manufacturing Process

  • Ideation

      • Product concept
      • Basic market research
      • Identifying the target market

  • Early Architecture

      • Breadboard prototyping/POC
      • Form exploration

  • Prototyping

      • Develop 5 prototypes
        • Industrial design
        • Hardware design
        • Software design
        • Testing

  • Design for Manufacturing (DFM) 

      • Develop custom parts
      • Contact suppliers
      • Design review by suppliers
      • Work with supply chain experts for COTS components
      • Generation of updated Schematic and Gerber files

  • Engineering verification test (EVT)

      • Field testing
      • Generation of the prototype issue list 
      • Review gate for production

  • Design Verification Test (DVT)

      • Product assembly
      • Identify DFM issues
      • Process development for mass manufacturing
      • Engineering change order request (if applicable)
      • Development of test equipment and calibration software
      • Regulatory testing and certification
      • Review gate for readiness 

  • Process Verification Test (PVT)

      • Final manufacturing process 
      • Final review for Mass production 

  • Mass production

      • Discovery of low incidence defects
      • Stabilization of the manufacturing process
      • Deployment support
      • Maintenance and support

  • Quality Assurance

  • Testing

  • Packaging

  • Shipping

What makes us different?

Well defined process

Experienced QA Team

Faster Delivery Time

Skilled Technical Team

Case Studies

Insular Bag PCB

Avench Systems offered a solution which involved developing a design capable of meeting our client requirements. We constructed a board which was housed inside a car adapter.Through this arrangement we were able to get the setup powered inside a car and at the other end the car adapter containing our board was connected to the […]

Industrial Linescan Camera Module

The linescan sensor module consist of high speedlinear image sensor (Monochromatic), ADC, Noise filterand Amplifiers. The Linear Image Sensor consists of anarray of high performance, low dark current photodiodepixels. The sensor features sample and holdcapability, selectable resolution and advanced powermanagement. The device can operate at voltages aslow as 2.8V making it ideal for portable applications. […]

Amber FGPA Board

 The Xilinx Spartan-6 FPGA introduces significant enhancements in the low-power FPGA arena, with industry leading features such as suspend and hibernate, combined with up to 60% less operating power compared to Spartan-3A  Amber is an easy to use FPGA Development board featuring Xilinx Spartan-6 FPGA. Amber is specially designed for experimenting and learning system design […]

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