TM Robotics THE400 Alternatives & Competitors

Designed for assembly and inspection applications in the electronics equipment and automobile components industries, the THE600 SCARA is a powerful automation tool.

Advancing from the specifications of the existing THE400 SCARA, the THE600 has been developed to meet growing demand for fast-cycle automation. The THE600 model includes improvements in synchronised control and tracking precision.

The THE600 is compact in design and offers improved high speed, with 60 per cent higher payload capacity than competing SCARA models in the same price range, making it the price-to-performance leader.

Affordable price, impressive performance.

Next Generation TS5000 Controller

The TS5000 controller has been designed from the ground up to be Industry 4.0 compliant and to provide Shibaura Machine a platform for the next generation of industrial robots. The controller platform has been designed with dedicated edge computing protocols, which, in combination with vibration analytic tools and AI, can generate predictive maintenance profiles unique to each customer application, ideal for reducing or even eliminating downtime. The THE600 is the first model offered with this new TS5000 controller, with more models on the horizon.

Performance, speed, payload up to 3 kg and a 400 mm reach.

Ideal for high-precision, small-parts assembly, the LS3-B SCARA Robot provides a high-performance solution with features including proprietary Residual Vibration Technology and intuitive Epson RC+® development software. Epson’s powerful servo system allows for low residual vibration, high acceleration and deceleration rates, and high-speed cycle times. Available in an ISO 4 Clean version for critical, dust-free applications, the LS3-B delivers a payload up to 3 kg and a reach of 400 mm. It also supports integrated options including parts feeding, vision, fieldbus interface solutions, RC+ 7.0 API software, teach pendants and customizable GUIs.

Residual Vibration Technology

Intuitive Epson RC+ development software

Smooth start/stop with high accel/decel rates

Fast cycle times to optimize part throughput

Up to 3 kg payload, reach of 400 mm

Small, High-speed, High-precision, Utility SCARA robot.

The most suitable acceleration and deceleration are established automatically from the posture of the arm and smoother movement is achieved.
The load it takes for work holding part by movement is reduced and certain movement is executed.

A controller unites with robot main body, so controller space of a master control panel can be reduced, so the effect on effective use in space.

Small, High-speed, High-precision, Utility SCARA robot.

The most suitable acceleration and deceleration are established automatically from the posture of the arm and smoother movement is achieved.
The load it takes for work holding part by movement is reduced and certain movement is executed.

A controller unites with robot main body, so controller space of a master control panel can be reduced, so the effect on effective use in space.

Scara robot with compact and flexible structure, fast running speed, high transmission accuracy and low noise

Robotic automation highly rigid arm design realizes high load and high speed in one package

Available in 600 to 1000mm arm span; 1kg to 20kg payload

Adapt to G3 control cabinet, provide 23 input and 23 output custom IO; support serial port, network, USB and other interface forms

Cnc robot suitable for handling, palletizing, assembly, 3C and other application fields

Scara robot with compact and flexible structure, fast running speed, high transmission accuracy and low noise

Robotic automation highly rigid arm design realizes high load and high speed in one package

Available in 600 to 1000mm arm span; 1kg to 20kg payload

Adapt to G3 control cabinet, provide 23 input and 23 output custom IO; support serial port, network, USB and other interface forms

Cnc robot suitable for handling, palletizing, assembly, 3C and other application fields

Small, High-speed, High-precision, Utility SCARA robot.

The most suitable acceleration and deceleration are established automatically from the posture of the arm and smoother movement is achieved.
The load it takes for work holding part by movement is reduced and certain movement is executed.

A controller unites with robot main body, so controller space of a master control panel can be reduced, so the effect on effective use in space.