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A high-performance hybrid unit with an independent hydraulic drive unit equipped with a hot water servo.

● No control valves or hydraulic source devices are required. ● No external tank is needed, so it is not subject to fire safety regulations. ● Uses a small amount of operating oil, and employs mineral-based hydraulic oil that is easy to dispose of. ● When the cylinder is stopped, the servo motor and hydraulic pump are still rotating at a minimum, resulting in very low energy consumption, and naturally, it is an energy-saving hydraulic drive unit with low power consumption.

The comprehensive monitoring system for load and stroke, "Atsukan," has been updated with a new controller, making it easier to manage and control.

●Repeat positioning accuracy: ±0.01mm. ●The built-in position sensor, load sensor, servo motor, and bidirectional pump in the cylinder enable arbitrary load, speed, and positioning control. ●No control valves or hydraulic source devices are required. ●High functionality, high output, high precision, and high efficiency with excellent energy-saving effects. ●CC-Link compatible. This system consists of a "cylinder section" that integrates a length measurement sensor and a load sensor, and a "control section" developed through software called <Recognition Press-fit End Reference Judgment Method>, allowing for advanced press-fit management simply by inputting the press-fit quality into the control unit.

A dedicated servo controller featuring a high-speed CPU has been introduced, enabling advanced load control, speed control, and positioning control with simple operation in a hydraulic servo system.

- Expanded compatible networks, achieving high performance and compactness. A servo controller capable of high-speed communication via EtherCAT is available. - Expanded compatible networks, achieving high performance and compactness. An advanced energy-saving intelligent hydraulic drive unit system that combines a servo with direct drive hydraulic and a cylinder with load and length measurement sensors, capable of high-speed communication via EtherCAT. - Control of arbitrary load, speed, and positioning is possible using data from the built-in position sensor and load sensor in the cylinder. - No control valves or hydraulic source devices are required. - High functionality, high output, high precision, and high efficiency result in excellent energy-saving effects. - No piping is needed, eliminating the need for hydraulic construction. - Longer lifespan compared to electric ball screw types. - Supports table control via CC-Link and digital signal command control. - Hydraulic thrust can be electrically controlled. - Thrust: 5kN to 1,000kN - Positioning accuracy: ±0.02mm (*1) - Load accuracy: ±3% (*1) (*1=varies by specifications) - We also accept design and manufacturing of press devices. - Customization available to meet customer specifications.