Our R&D Team
Our R&D team works closely with the production and quality teams to turn new ideas into working machines and improve existing products. Our R&D team works on machine structure and design, CNC control systems, software development, electrical systems, motion control, automation, machine safety, production efficiency, and product testing, and improvement.
Software Development TeamOur software development team works on the programs and control systems used by our CNC machines. The team develops and improves machine control functions to make operation easier and more accurate. They also work with engineers to connect software with motors, sensors, controllers, and other machine parts.
Mechanical EngineersOur mechanical engineers design the physical parts of the machines. They focus on strength, accuracy, movement, and easy maintenance. The team use design tools to create and improve machine structures, working parts, and motion systems. Their main works also include cutting and processing system and CNC machine frame design.
Electrical EngineersOur electrical engineers design and improve the electrical systems of our machines. They work on control cabinets, motors, drives, sensors, wiring, and other electrical parts. They also help make sure the machine’s electrical system works safely and correctly. Their work include PLC and control systems, electrical system design, etc.
Automation and Control
Automation is an important part of modern CNC production. Our engineers work on automatic functions that can lower manual work and improve production speed.
We develop solutions that can connect CNC machines with automatic loading, unloading, material handling, and other production equipment.
This allows you to build more efficient production lines.
Prototype Development
Before a new machine or feature goes into production, our team can develop and test protypes. Our prototype development process include:
- Understanding the market or your needs
- Creating machine design
- Developing the software and electrical system
- Building a prototype
- Testing machine performance
- Finding and fixing problems
- Improving the design
- Preparing the machine for production