Epson launches T6 SCARA Robot

June 2018

Epson launches T6 SCARA Robot
Supports payloads up to 6kg

SYDNEY, 6 June 2018 - Epson, the global market share leader in SCARA (horizontally articulated) robots for seven consecutive years¹, has begun a global rollout² of the T6 robot.

Epson SCARA robots in the T series, which have a built-in controller and are designed for maximum simplicity of installation and usability, lower the barriers to automation on the customer’s end and are perfect for automating simple material handling tasks.

T6 Robot

The T6, a brawnier version of the popular T3, boosts productivity by handling payloads up to 6 kg, making it ideal for customers who want to use a T series robot to transport larger, heavier parts or to carry multiple parts at one time.

T series applications
1. Automation of test machine loading/unloading and other simple processes that previously relied on people because automation did not make financial sense.
2. T series robots can be used instead of multiple low-cost single-axis robots that take up a lot of space and require troublesome adjustment and maintenance work. Users will save space, reduce setup time, and minimize downtime.

T series features
1. Built-in controller that saves space and simplifies robot setup and redeployment The integrated controller eliminates the need for controller setup and cable routing, making system setup and redeployment much faster and easier.
With a separate controller no longer taking up space, the entire robotic system is more compact, allowing manufacturers to use their factory floor space more efficiently and productively.

LS3 and RC90 controller connections	T3 with integrated controller

2. Batteryless motor unit that reduces maintenance and manufacturing line downtime
Batteryless motors mean that users will never need to buy, replace, and dispose of old motor batteries. Users can sharply reduce running costs and line downtime.
With a separate controller no longer taking up space, the entire robotic system is more compact, allowing manufacturers to use their factory floor space more efficiently and productively.

3. I/O ports for end-effectors that simplify cabling
The end-effector I/O ports are provided near the end of the robot arm and supplied with 24 V power.

I/O ports for the end-effector

These ports make setup easier by simplifying cabling, power, and other connections to the end-effector.

4. Shorter cable duct that improves stability

The robot is designed with a shorter cable duct at the top of the robot. The shorter duct remains stable, with little vibration, even during robot operation, and cabling can easily be routed through the duct.

5. Support for AC100V to 240V single-phase power, and 50% higher energy efficiency
While robots in Epson’s LS series support 200 VAC to 240 VAC single-phase power, the T series can run off anything from 100 VAC to 240 VAC single-phase power. T series robots can thus be installed in laboratories and other places where only 100 VAC is available³. These robots also offer outstanding energy performance, consuming 50% less electricity than earlier models⁴ thanks to more efficient use of power (e.g., heating and power factor).

In Australia Epson’s robot sales, service and support is managed by Motion Solutions Australia (Factory 2, 21 -29 Railway Avenue, Huntingdale, VIC 3166) and they can be contacted on (03) 9563 0115, on the web at www.motion-solutions.com.au or by e-mail on sales@motion-solutions.com.au

For additional information about Epson robots go to: http://global.epson.com/innovation/core_technology/robotics.html

Picture credit
Epson’s new T6 SCARA robot

¹Market share based on revenue and unit sales of industrial SCARA robots, 2011-2017. (Source: Fuji Keizai "2012 - 2018 Reality and Future Outlook of Worldwide Robot Market").
²Contact your local Epson sales company for the launch date in your region.
³A rated current of at least 20 A is required when operating the robots from a 100 VAC power source.
⁴Based on comparisons with Epson LS6 (and an RC90 controller) and T6 robots running the same pick-and-place operations. This comparative data is from actual measurements and identical energy performance is not guaranteed.

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