Function Verification

Transform the product development process from engineering prototypes to engineering verification, design verification and production verification.

What is a functional test

Functional testing is the most basic working prototype constructed to verify the product design.
In addition, it is an integral part of the process of assembly, testing, piloting, and market research to evaluate design, materials, strength, tolerances, assembly, working mechanisms, and manufacturability.


Functional test used to simulate the final product


This is a real simulation of the mechanical function, chemical resistance and thermal performance of the final product, and its performance is displayed before production. Create working prototypes for complex components, add metal inserts, movable hinges, produce high-precision functional prototypes, and simulate overmolding processes to functional prototype parts. Realistic functional prototypes help show the aesthetics and functions of the final product.

  • Use production-grade materials to create functional prototypes,
  • To check the shape and suitability of components, and to ensure the accuracy of pre-assembled parts.
  • To measure, compare or check design errors, dimensional differences and acceptable tolerances.
  • To simulate and verify the function of the finished product.
  • It provides design scalability.

Do our best to ensure the success of your project

We provide expert advice covering the starting point of testing, assembly, functionality or downstream manufacturing services. Therefore, you can obtain comprehensive design verification in functional tests and implement full-scale production with confidence.



For product testing


Three-coordinate inspection: We use a coordinate measuring machine (CMM) to check the dimensions of the produced parts. The CMM can measure the physical part of an object by using a probe to sense and collect points along the surface of the object.

Profile projector: Select the corresponding drawing command, the software intelligently and accurately automatically draws the line, circle and other primitives in the real-time image of the workpiece.

XRF: We use X-ray fluorescence (XRF) analysis to check material quality. XRF analyzers use short X-rays and gamma rays to determine the elemental composition of metals, plastics, and other materials to check the quality of the materials.



Used for machining inspection test

Simple roughing detection


Micrometer: It is a more precise tool for measuring length than vernier calipers. The length can be measured accurately to 0.01mm with it, and the measuring range is several centimeters.

Caliper: A caliper is a measuring tool used to measure length, inner and outer diameter, and depth. It has the function of measurement and inspection.

Height measuring instrument: For online or batch inspection, it can measure height, depth, groove width, inner and outer diameter, hole center distance, axis distance, flatness, perpendicularity, etc.


Precision manufacturing

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Precision machining

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