Engineering Capability
We believe the best quality comes from the design process!
Who We Are
At the core of our manufacturing excellence is a robust and experienced engineering team. We bridge the gap between your concept and mass production, ensuring every product is designed for performance, manufacturability, and cost-effectiveness. Our integrated approach, combining advanced Product Design with deep Tooling Design expertise, provides a seamless, end-to-end solution for our clients.
Product Design & Development
Our Product Design and Development team is a multi-disciplinary engine of innovation. With a full-spectrum approach, we manage every stage from initial concept to production-ready design, ensuring quality and efficiency are built in from the start.
|
Role |
Headcount |
Core Focus & Responsibilities |
|
Project Engineer |
3 |
Project leadership, timeline & budget management |
|
Product Design Engineer |
10 |
3D CAD, structural design, material selection |
|
Manufacturing Process Engineer |
9 |
DFM (Design for Manufacturability), process optimization |
|
Automation Engineer |
5 |
Automation system design & integration |
|
AQP Engineer |
4 |
Advanced Quality Planning & risk mitigation (FMEA) |
|
Laboratory Technician |
4 |
Material testing, validation & failure analysis |
Tooling Design & Engineering
The foundation of high-quality manufacturing lies in superior tooling. Our dedicated Tooling Design team possesses unparalleled experience, with each engineer bringing 10 to 15+ years of specialized expertise to the table. They are the architects of the precision molds and dies that form the backbone of our production process.
|
Role |
Headcount |
Core Focus |
|
Mold Design Engineer |
6 |
Precision injection molds for plastic components |
|
Die Design Engineer |
2 |
Progressive stamping dies for metal stamping parts |
|
HCR & LSR Mold Design Engineer |
1 |
Specialized molds for HCR LSR silicone rubber mold |
Quick Development Ability
☆ Quick prototype tool ability(15days)
☆ Pocket structure for quickly changeover
☆ Human friendly tooling design
Mold Flow Analysis
☆ Optimize product and mold design
☆ Analysis of the best gate position of the mold
☆ Optimization of packing and cooling deflection.
☆ The effect of cooling on parts and processes.
CAE Simulation
☆ Achieve First-Time-Right Design
☆ Significantly Reduce Prototyping Costs
☆ Optimize Part Quality, Performance, and Durability
☆ Enable Lightweighting and Material Efficiency
☆ Mitigate Manufacturing Risks Before Cutting Steel
