Silicone Product Engineering Service

Product Improvement & Cost Optimization

Already have a silicone product on the market? We help global brands and importers re-engineer existing designs to lower unit cost, improve quality consistency, and enhance user experience -- without compromising safety or compliance.

15 Years OEM/ODM · ±0.1mm Precision · 100% Food-Grade · ISO 9001

Silicone product improvement engineering
Step 01

Existing Product Diagnosis

Send us your current product. Our engineering team performs a full teardown and benchmark analysis to identify every opportunity for improvement.

Structural Review

Wall thickness, draft angles, gating points, and weak zones causing deformation or breakage.

Material Audit

Hardness, elasticity, aging resistance, and compliance (FDA, LFGB, RoHS, REACH).

Process Analysis

Cycle time, scrap rate, flash, and inefficiencies in molding or post-processing.

Cost Breakdown

Full BOM, labor, and overhead mapping to pinpoint where every dollar is spent.

Step 02

Structure & User Experience Optimization

We redesign geometry for better ergonomics, improved sealing performance, and easier use -- all while making the part easier (and cheaper) to manufacture.

  • Ergonomic refinement -- contact surfaces, grip zones, and comfort for extended use.
  • Seal & fit improvement -- eliminate leaks on goggles, caps, earplugs, and snorkel bites.
  • DFM-driven geometry -- remove undercuts, optimize wall thickness, and reduce stress points.
  • Visual & brand upgrade -- surface texture, logo embossing, and premium finish.
Silicone product structural redesign
Step 03

Material Substitution & Hardness Tuning

Choosing the right silicone grade and Shore hardness directly impacts durability, feel, and cost. We help you pick the optimal formulation for your use case.

30A

Soft & Flexible

Ideal for swim caps, mouthpieces, and skin-contact sealing where comfort is critical.

50A

Balanced Performance

Our most-recommended grade for goggle gaskets, nose clips, and ear plugs.

70A

Rigid & Durable

For structural parts, hand paddles edges, and wearable device housings.

LSR vs HCR Selection

We advise between Liquid Silicone (LSR) for precision and High-Consistency Rubber (HCR) for cost efficiency.

Certified Food-Grade Base

All alternatives remain FDA, LFGB, RoHS, and REACH compliant -- no safety trade-offs.

Step 04

Mold & Production Efficiency

Optimizing the mold is often where the biggest cost savings hide. We rebuild tooling to increase cavity count, reduce cycle time, and eliminate scrap.

+60%

More Cavities

Higher output per shot through optimized cavity layout.

-35%

Cycle Time

Improved gating, venting, and cooling flow.

0

Flash & Burrs

Automated injection with ±0.1mm tolerance.

49+

Machines

Solid + liquid silicone capacity in-house.

Assembly consolidation
Step 05

Parts Reduction & Assembly Simplification

Every additional component adds cost, labor, and potential failure points. We consolidate multiple parts into unified silicone components wherever possible.

Multi-shot & Two-color Molding

Combine hard and soft materials into one integrated part -- no glue, no assembly.

Overmolding & Insert Molding

Bond silicone directly onto plastic or metal substrates for seamless construction.

Snap-fit & Toolless Assembly

Replace screws and adhesives with engineered interfaces -- faster QC, lower labor.

Step 06

Quality Stability Improvement

Reduce defect rates and customer complaints with ISO 9001-controlled processes, SOP-based inspection, and comprehensive performance testing.

Full Performance Testing

Tensile, tear, aging, impact, and temperature/humidity cycling on every batch.

SOP-based Inspection

100% visual check + AQL sampling for dimensions, function, and adhesion.

+45% Toughness

Verified improvement in material resilience, extending product life cycle.

Step 07

Cost Breakdown & Comparison

Full transparency. We present a line-by-line comparison between your current product and our optimized version.

Cost Factor Current Product After Optimization Savings
Raw Material $1.80 $1.35 -25%
Mold Amortization $0.40 $0.22 -45%
Labor & Assembly $0.90 $0.55 -39%
Defect / Scrap Rate $0.30 $0.08 -73%
Total Unit Cost $3.40 $2.20 -35%

* Illustrative example. Actual savings depend on product complexity and order volume.

Step 08

Improved Sample Validation

Before mass production, we deliver physical samples of the optimized product for your side-by-side validation. Nothing goes into production without your approval.

  1. 1

    Prototype Delivery

    3D-printed or soft-tool samples within 7-14 days.

  2. 2

    Side-by-Side Testing

    Compare original vs optimized against your QC checklist.

  3. 3

    Certification Re-test

    Third-party verification for FDA / LFGB / RoHS / REACH compliance.

  4. 4

    Pilot Run & Mass Production

    Low-volume pilot, then scale to full production with locked specs.

Optimized sample validation
Step 09 · Get Started

Submit Your Product for Evaluation

Share your current product details. Our engineering team will respond within 48 hours with an initial improvement roadmap -- free of charge.

By submitting, you agree to be contacted about your evaluation request. Your information is kept strictly confidential.

+86 134 1898 3587
edwin@gd-yums.com
Dongguan, Guangdong, China