A Practical Route from Concept to Production

1. 01

   Define the Purpose

   Clarify what the part needs to do, where it fits and what the prototype should help you evaluate.

2. 02

   Review the Design

   Confirm drawing details, material, thickness, bends, critical dimensions and any requested finish before fabrication.

3. 03

   Make the Prototype

   Select suitable cutting, bending, welding or other processes according to the geometry and sample requirements.

4. 04

   Check Fit & Function

   Review the physical part in its intended assembly and evaluate the features important to your product.

5. 05

   Refine & Approve

   Use prototype feedback to confirm changes, update the drawing revision and agree the sample acceptance requirements.

6. 06

   Plan Repeat Production

   Review the approved design, expected quantity, tooling, inspection and finishing requirements for the next order.

Decide What the Prototype Must Prove

• Assembly Fit Check mounting holes, fastener locations, mating interfaces and access for assembly.
• Part Geometry Review overall dimensions, bend positions, clearances and the relationship between features.
• Appearance & Finish Evaluate visible surfaces, edge condition and the requested finish where included in the sample scope.
• Functional Requirements Define the intended use and the tests or evaluations your team needs the prototype to support.

Manufacturing & Development Support

• Process Selection Laser cutting, CNC bending, stamping, welding and specified finishing can be reviewed to suit the part and project stage.
• Engineering Feedback Discuss manufacturability, material selection and possible design changes before sample production.
• Samples to Repeat Orders Use an approved drawing revision and agreed sample requirements to guide subsequent manufacturing.

Prototype scope, quotation and lead time are confirmed after reviewing the design, material availability, processing and finish requirements.