Precision metal parts machining and micro-machining

 
Leveraging the microfabrication technologies cultivated through the manufacture of precision metal parts, we meet the stringent precision requirements of cutting-edge devices that are becoming increasingly miniaturized and denser.
We can handle applications requiring high dimensional accuracy and repeatability, such as components for semiconductor manufacturing equipment, optical communication components, and precision electronic components. Through the supply of highly reliable components, we support our customers' next-generation product development.
 
Equipped with a range of equipment including machining centers, electrical discharge machines, and precision grinding machines, honed through years of experience in mold processing, we can reliably process even difficult-to-machine materials and thin-walled shapes.

We are responsible for the prototyping, formulation evaluation, and development of bioplastics using locally sourced materials. Through rapid feedback and improvements, we enhance development speed and accuracy, promoting sustainable material development.
 
• Recycling waste and unused resources (such as wheat husks, wood flour, and cocoa husks) and processing them into bioplastic materials.
• We provide comprehensive support from material development, mold design, molding, and product manufacturing (sheets, containers, and custom shapes).
• Can be used for educational materials, novelty items, agricultural supplies, etc.
• We possess multiple examples of social implementation through the combination of recycling technology and device development.

The integrated design of the mold and equipment enables both optimization of each process and space saving.
 
By integrating high-precision sensors, image processing, and robot control (collaborative robots), we have achieved automation of assembly and inspection processes.
In addition to our head office factory, we also manufacture equipment at a partner company's facility in Guangdong Province, China.

We can also develop small-scale devices.
 
Miniaturization and modular design enable quick delivery and space-saving implementation, contributing to improved productivity on site.