Steel Tube Air Forming for Automotive Parts

Light, strong, and simple. Achieving lightweight and high strength in the exhaust system.

last updated Mar 05, 2026

Logistics Carbon Molding Technology Drone

Maximum takeoff weight of 250kg! Achieving rigidity and lightness with carbon molding technology.

last updated Feb 03, 2026

[For Police] Carbon Molding Technology Drone

Lightweight and high-rigidity drone to streamline search activities.

last updated Feb 03, 2026

Firefighting Carbon Molding Technology Drone

Maximum takeoff weight of 250kg! A drone that balances rigidity and lightness to support rescue operations.

last updated Feb 03, 2026

Energy Monitoring Carbon Molding Drone

High-rigidity, lightweight drones realized through carbon molding technology.

last updated Feb 03, 2026

Drone for Carbon Molding Technology for Mining Surveys

Lightweight and high-rigidity carbon drones contribute to the efficiency of mining surveys.

last updated Feb 03, 2026

Carbon Molding Technology Drone for Forestry

Achieved with carbon technology! Drones that streamline forestry management.

last updated Feb 03, 2026

Carbon molding drone for environmental monitoring

A lightweight and high-rigidity drone realized through carbon molding technology. It expands the possibilities for environmental observation.

last updated Feb 03, 2026

Carbon molded drone for communication infrastructure

Support for relay in communication infrastructure with lightweight, high-rigidity carbon molding technology.

last updated Feb 03, 2026

High functionality through low distortion bonding for robots

Achieving lightweight and high strength of robots through various laser welding techniques.

last updated Jan 15, 2026

Low-distortion bonding using various electronic welding for semiconductor manufacturing.

Disk laser, an optimal joining technology for fine processing with CMT.

last updated Jan 15, 2026

Improvement of design quality through low distortion bonding for home appliances.

We enhance the design of home appliances with various types of laser welding.

last updated Jan 15, 2026

Improved durability through low distortion joining for industrial machinery.

Supporting the improvement of industrial machinery durability with various laser welding techniques.

last updated Jan 15, 2026

Improved safety through low-distortion joints for railway vehicles.

Contributing to the improvement of railway vehicle safety through various laser welding techniques.

last updated Jan 15, 2026

Low distortion joining by various electronic welding for medical devices.

Disk laser, precision joining technology by CMT

last updated Jan 15, 2026

High-strength bonding through various electronic welding for aerospace applications.

Joining technology for aerospace applications using disk lasers and CMT.

last updated Jan 15, 2026

Low-distortion joining by various electronic welding for automobiles.

Realizing lightweight automobiles through various laser welding techniques.

last updated Jan 15, 2026

Tooling for the manufacturing industry

We also support Press, Assembly, and Quality! We have many advanced joining technologies such as SPR.

last updated Jan 07, 2026

Improvement of safety through high-precision prototype sheet metal for railways.

Achieving prototype sheet metal fabrication related to the safety of railway vehicles with short lead times and high precision.

last updated Jan 07, 2026

Strengthening Robustness with Prototype Sheet Metal for Defense Purposes

Achieving robustness for defense applications through sheet metal prototyping and joining of various materials.

last updated Jan 07, 2026

Prototype sheet metal small-scale production for agricultural machinery.

Providing sheet metal prototypes of various materials with short delivery times and high precision.

last updated Jan 07, 2026

Prototype sheet metal small-scale production for semiconductor manufacturing equipment.

Supporting manufacturing in a clean environment with short lead times and high-precision sheet metal prototyping.

last updated Jan 07, 2026

Improvement of Mobility through Prototype Sheet Metal for Robots

Prototyping of movable parts achieved with short lead times and high precision.

last updated Jan 07, 2026

Efficiency Improvement through Prototype Sheet Metal for the Energy Industry

Supporting the efficiency of energy-related products through sheet metal prototyping.

last updated Jan 07, 2026

Improvement of durability through prototype sheet metal for industrial machinery.

Improving the durability of industrial machinery through sheet metal prototyping and joining of various materials.

last updated Jan 07, 2026

Miniaturization using prototype sheet metal for communication purposes.

Achieving miniaturization of communication equipment through short lead time and high-precision sheet metal prototyping.

last updated Jan 07, 2026

Product manufacturing using prototype sheet metal for home appliance design.

Prototyping of home appliances that pursue design quality, realized with short delivery times and high precision.

last updated Jan 07, 2026

Precision parts manufacturing using prototype sheet metal for medical devices.

Providing high-quality sheet metal prototypes that support the precision of medical devices.

last updated Jan 07, 2026

High-precision parts manufacturing using prototype sheet metal for aerospace applications.

We respond to the prototype sheet metal needs in the aerospace field with short delivery times and high precision.

last updated Jan 07, 2026

Lightweight solutions using prototype sheet metal for automobiles

Achieving lightweight automotive design through short lead time and high-precision sheet metal prototyping.

last updated Jan 07, 2026