High-End Precision Fasteners · Serving Global Customers Since 2003

Continuous Process Optimization

Sustained Cost Reduction in Volume Production

Sustainable total-cost reduction for volume production, from CNC-to-cold-heading conversion to part consolidation.

Once a product is in volume production, the biggest savings usually stop coming from design and start coming from process. Our continuous process optimisation service reviews how a fastener is made, assembled and qualified, then attacks the cost that remains — without compromising the function that was already validated.

Typical levers include converting a CNC machined part to cold heading where simulation analysis shows the geometry allows it, refining process parameters to raise throughput, and consolidating several components into one multi-functional product. Published expectations are a 20% cost reduction from CNC to cold heading conversion and a 10% total-cost-of-ownership optimisation through parameter and assembly refinement.

Scope & Deliverables

Everything included when you engage this service

Cost Reduction Methods

  • Process optimization (e.g., CNC to Cold Heading conversion via simulation analysis)
  • Efficiency gains via parameter adjustment (e.g., case study: 375k RMB annual savings)
  • Consolidating multiple components into multi-functional products
  • Exploring additional optimization avenues

Potential Savings Opportunities

  • Estimated 20% cost reduction by converting CNC to Cold Heading
  • Estimated 10% TCO optimization through parameter and assembly refinement

What You Can Expect

Figures from our published service commitments

-20% CNC to cold heading Estimated cost reduction
-10% Total cost of ownership Via parameter and assembly refinement
375k RMB annual savings From one published case study

How We Work Together

A short, low-friction path from first contact to result

1

Pick the volume part

A high-runner fastener or sub-assembly where cost matters most.

2

Process simulation

We test whether cold heading or parameter changes can hold the geometry.

3

Tooling and trial

Tooling built and samples validated against the original specification.

4

Roll out savings

Production switched over and the saving tracked against baseline.

Case Study: Real-World Optimization

A published example of a cold-heading conversion

Optimization Strategy

  • Converting blanking to cold heading process; increasing forming space and changing material to 10B21.
  • Replacing 4x R5.0 corners with straight edges; adding R0.8 at the base and optimizing fillet R.

Cost-Saving Results

  • Tooling Cost: 78,000 RMB
  • MOQ: 100k units; Total volume: 500k units
  • Unit cost reduced by 0.75 RMB; Total savings: 375,000 RMB.

Other Technical Services

Combine services for a faster, cheaper product programme

Take cost out of your volume parts

Send us a high-volume part and we will show you which process change delivers the next round of savings.

Talk to Our Engineers
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