All products and services
1～30 item / All 58 items
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Drone manufactured using carbon molding technology *Exhibited at Drone Expo 2026
Combining the technology cultivated by a car prototype manufacturer, we challenge ourselves to produce drones! Achieving sufficient "rigidity" and "lightness" to lift an aircraft with a maximum takeoff weight of 250 kg.
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[Information] Basic Knowledge of Automotive Prototype Development and Its Cutting Edge
Challenges and Opportunities in the Era of Mobility Innovation! Introducing Prototype Technologies that Open Up the Future.
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Steel Tube Air Forming for Automotive Parts
Light, strong, and simple. Achieving lightweight and high strength in the exhaust system.
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Logistics Carbon Molding Technology Drone
Maximum takeoff weight of 250kg! Achieving rigidity and lightness with carbon molding technology.
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[For Police] Carbon Molding Technology Drone
Lightweight and high-rigidity drone to streamline search activities.
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Firefighting Carbon Molding Technology Drone
Maximum takeoff weight of 250kg! A drone that balances rigidity and lightness to support rescue operations.
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Energy Monitoring Carbon Molding Drone
High-rigidity, lightweight drones realized through carbon molding technology.
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Drone for Carbon Molding Technology for Mining Surveys
Lightweight and high-rigidity carbon drones contribute to the efficiency of mining surveys.
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Carbon Molding Technology Drone for Forestry
Achieved with carbon technology! Drones that streamline forestry management.
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Carbon molding drone for environmental monitoring
A lightweight and high-rigidity drone realized through carbon molding technology. It expands the possibilities for environmental observation.
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Carbon molded drone for communication infrastructure
Support for relay in communication infrastructure with lightweight, high-rigidity carbon molding technology.
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High functionality through low distortion bonding for robots
Achieving lightweight and high strength of robots through various laser welding techniques.
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Low-distortion bonding using various electronic welding for semiconductor manufacturing.
Disk laser, an optimal joining technology for fine processing with CMT.
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Improvement of design quality through low distortion bonding for home appliances.
We enhance the design of home appliances with various types of laser welding.
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Improved durability through low distortion joining for industrial machinery.
Supporting the improvement of industrial machinery durability with various laser welding techniques.
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Improved safety through low-distortion joints for railway vehicles.
Contributing to the improvement of railway vehicle safety through various laser welding techniques.
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Low distortion joining by various electronic welding for medical devices.
Disk laser, precision joining technology by CMT
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High-strength bonding through various electronic welding for aerospace applications.
Joining technology for aerospace applications using disk lasers and CMT.
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Low-distortion joining by various electronic welding for automobiles.
Realizing lightweight automobiles through various laser welding techniques.
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Tooling for the manufacturing industry
We also support Press, Assembly, and Quality! We have many advanced joining technologies such as SPR.
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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.
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Strengthening Robustness with Prototype Sheet Metal for Defense Purposes
Achieving robustness for defense applications through sheet metal prototyping and joining of various materials.
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Prototype sheet metal small-scale production for agricultural machinery.
Providing sheet metal prototypes of various materials with short delivery times and high precision.
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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.
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Improvement of Mobility through Prototype Sheet Metal for Robots
Prototyping of movable parts achieved with short lead times and high precision.
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Efficiency Improvement through Prototype Sheet Metal for the Energy Industry
Supporting the efficiency of energy-related products through sheet metal prototyping.
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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.
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Miniaturization using prototype sheet metal for communication purposes.
Achieving miniaturization of communication equipment through short lead time and high-precision sheet metal prototyping.
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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.
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Precision parts manufacturing using prototype sheet metal for medical devices.
Providing high-quality sheet metal prototypes that support the precision of medical devices.
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