R&D Design

Engineering Excellence: Custom Fastener R&D Solutions. Collaborate with SST’s technical team for bespoke fastener design, material science innovation, and prototyping services. Transform your concepts into optimized, manufacturable reality. 

Drawing optimization service

【Core values】

Non-standard parts development costs reduced by 30%-57%

The yield of mass production increased to 99.6%

【Technical process】

Customer drawings/samples → Analysis of tolerance chain(ISO 2768S tandards) → DFM Manufacturability review → 3D parametric modeling(SolidWorks/Creo) → Cost reduction scheme output (within 72H)

【Optimization of medical bone plate and screws】

Original Design: M2.5 step screw, turning process, unit price 8.6

After optimization: cold heading + local turning, unit price 3.2, strength increased by 20%

【Interactive tools】

Upload drawings pre-approval (PDF/DWG/STEP format supported)

Reverse engineering laboratory

Equipment

Capacity indicators

Application scenarios

Zeiss coordinate measuring machine

Precision ± 0.5 μm

3D data reconstruction of failure parts

Olympus spectrometer

0.001% composition detection

Reverse analysis of material properties

Industrial CT scanner

5ΜM level internal defect detection

Visualization of stress field of thread

【 performance pledge 】

  • 7 days full process delivery: send sample →3D scanning → Material Report → Process Plan

  • Confidentiality protocol: Independent VPN transmission + physical isolation operation room

【Case studies】

  • Root cause: hydrogen embrittlement (electroplating not removed hydrogen)

  • Scheme: SCM435 material + vacuum heat treatment + zinc-nickel alloy

  • Results: From 48h to 720h, the claim rate decreased to 0

Center for Simulation and verification

【Standard of military industrial grade】

  • The simulation error of bolt preload is less than 5%

  • Vibration test in accordance with GJB 150.16 A-2009

【Validation system】

┌───────────────┐ ┌─────────────┐ │ ANSYS Mechanical simulation │←Data→│ Inspection of Assembly interference │ │ • Tensile/shear/fatigue simulation │ │ • SolidWorks Motion analysis │ │ • Modal analysis of vibration │ │ • Calculation of tolerance superposition │ └───────────────┘ └─────────────┘

【Case studies】

  • Problem: loose after 2000h vibration

  • Solution: add 30 ° counter-rotating thread + pre-coated anti-loose rubber

  • Results: pass the SAE J2749 standard test

Let the professional team escort your design

Submission of requirements →10-minute top speed quotes →36 years experience in team escort production

Scroll to Top