Leveraging advanced drilling and machining technologies, we process a wide range of materials, including various resins and soft metals. Without the need for mold fabrication, our multi-spindle drilling system enables simultaneous processing, allowing us to keep costs low and efficiently handle both small and large-scale production.

Our outline machining and countersinking services ensure precise processing to your required specifications. With extensive production capacity, we swiftly accommodate requests for miniaturization and customization. Our state-of-the-art machinery enables high-speed, mass production of intricate shapes.

●Key Processing Features

・Burr-free and residue-free processing

・High-speed mass production of fine outline machining with an accuracy of up to 30µm

・Precision countersinking with a mirror finish and precise depth control

・Equipped with an optical measurement system for precise dimensional verification

POINT/ Designed and manufactured to meet the functional requirements of various inspection equipment manufacturers and set manufacturers.
With high-precision hole positioning and high-quality inner walls, our jigs ensure accurate detection of inspection points.
We can design and produce a variety of jigs, including alignment calibration jigs, CSP, BGA, IC, ICT, and FCT jigs, as well as custom precision jigs for specialized applications.
Additionally, by collaborating with our overseas factory in China, we offer cost-saving solutions.

CNC machining utilizes a CNC-controlled automatic tool changing system to perform various processes such as milling, boring, and drilling simultaneously to accommodate diverse processing needs. This system allows us to provide customers with a cost-effective, integrated manufacturing solution using CAD・CAM for complex 3D object processing, eliminating the need for traditional jigs and molds.

Punching is a fabrication process used for perforating board or sheet materials using dies such as Thomson and Pinnacle dies. Compared to other processing methods, punching is faster and more cost-effective. Holes can be precisely perforated in uniform patterns at a low cost, though it requires an initial investment in the die. Additionally, custom dies can be created to punch holes in various shapes.

Laser processing utilizes high-energy, highly directional laser beams for precision drilling, cutting, and surface treatment.
It is applicable to cutting, drilling, surface hardening, and engraving for both metallic and non-metallic materials such as wood and rubber.
This non-contact method enables high-precision machining even for delicate materials.