Products

We provide collets and nozzles, the core components of semiconductor manufacturing equipment (die bonders, dispensers). By applying a mirror finish (lapping) to the inner surface, we dramatically improve material fluidity, solving coating process issues such as "dripping" and "clogging." We can also manufacture hybrid types using different materials like resin, ceramic, or carbide at the tip.

We high-precision machine peripheral components used in the IC and LSI assembly processes (backend processes). We provide precision parts that respond to evolving semiconductor packaging technologies, such as ejector needles for thin wafers and high-precision tools for flip-chip mounting.

We manufacture press and molding die parts for a wide range of fields, including electronic components (connectors, etc.), automotive parts (motor cores, etc.), and medical-related products. By combining direct carving with Nano Machining Centers and manual lapping by skilled craftsmen, we achieve sub-micron precision clearances.

We handle high-mix, low-volume precision parts machining, such as prototype parts for FA equipment, robots, and automotive development. We bring complex shapes (impellers, spiral shapes, etc.) and difficult-to-cut materials to life using the latest simultaneous 5-axis machining centers and artisan skills.

Our proprietary DLC (Diamond-Like Carbon) coating features exceptionally high hardness and superior surface smoothness. Excellent adhesion is achieved through optimized pretreatment processes and our original coating technology, addressing one of the key challenges of conventional DLC coatings. It helps extend the service life of press die components and consumable parts.

Wear-resistant tools and parts utilizing PCD (Polycrystalline Diamond), which possesses a lifespan dozens of times longer than cemented carbide. With our unique machining know-how, we realize the processing of complex PCD shapes and robust brazing to base materials, which were previously considered difficult. This dramatically reduces the frequency of part replacement, lowering running costs and improving production efficiency.

This is an ultra-fine, non-thermal processing technology that utilizes nano- and femtosecond lasers. We offer innovative processing methods that expand the possibilities of materials, such as creating “coloring (structural color)” and adding “water-repellent and water-attracting properties” by imparting fine, uneven textures to metal surfaces. Because the thermal impact is minimal, this technology enables fine machining without burrs.

We offer comprehensive services that extend beyond precision machining technology to include the design and manufacture of automated equipment utilizing robots. Leveraging the expertise we’ve gained in labor-saving measures and productivity improvements at our own factory, we provide total support from the conceptual stage through assembly and evaluation.