TOBA

All users of pneumatics

Monitors equipment standby status (during production stoppage) and automatically reduces pressure. Reduces unnecessary air consumption. Why not reduce the wasted air generated by your factory equipment?

Air consumption: Reduced by up to 62%

Air gripper is compatible with collaborative robots from 13 companies,
UNIVERSAL ROBOTS, OMRON/TECHMAN ROBOT, FANUC, Yaskawa Electric, Mitsubishi Electric, HAN’S ROBOT, KUKA, DOOSAN ROBOTICS, SIASUN, JAKA, AUBO, ABB, DENSO WAVE.
The electric gripper is compatible with UNIVERSAL ROBOTS, FANUC, and OMRON/TECHMAN ROBOT collaborative robots.
Please note that the elastic finger attachment must be prepared by the customer.

Users who want to achieve communication stability in FA environments

Even if multiple wireless bases are present within the same communication area, each wireless base can communicate with the remote it is paired with (each wireless base identifies its wireless remote via its individual P.I.D.).

◆Added Modbus TCP and SLMP to the compact EXW1 Series
◆Compact EXW1 Series now supports DIN rail mounting
◆Noise Immunity
Uses 2.4GHz ISM frequency band
Frequency hopping every 2ms (fastest)
◆No communication cable required
Reduced wiring time, space, and cost
Reduced risk of disconnection
◆Achieves communication stability in FA environments
◆Compact and lightweight (EXW1)
Volume: Approximately 81% reduction, Weight: Approximately 79% reduction

It is used in a wide range of fields, including automotive, electronics, metal processing, logistics, and education, and contributes to addressing labor shortages, improving productivity, and reducing downtime.

Automotive, electronics, metal processing, logistics, education, etc.

We offer collaborative robots with the high performance required for industrial applications. Universal Robots provides collaborative robots that combine the high performance required for industrial applications, ease of operation for anyone, and expandability to accommodate a wide range of applications. They can be deployed and started up in a short period of time.


Improved Productivity: By entrusting repetitive and physically demanding tasks to collaborative robots, stable and accurate operation over long periods becomes possible. Reduced cycle times and downtime improve productivity.


Superior Flexibility: They can be installed in confined spaces, and the equipment configuration is simple, allowing for quick responses to process changes and layout changes. Flexible automation is achieved even in environments with high-mix, low-volume production and frequent setup changes.


Improved Quality: Excellent repeatability is achieved in all movements, loads, and postures. This reduces variability, contributing to reduced defects and stable quality maintenance.