| 1 MINUTE READ

Six-Axis Cobot Eliminates Operator Pinch Points

Featuring power and force-limiting technology, Yaskawa Motoman’s six-axis HC10 collaborative robot (cobot) works safely with or near humans by stopping in the event of contact with an operator.

Share

Facebook Share Icon LinkedIn Share Icon Twitter Share Icon Share by EMail icon Print Icon

Featuring power- and force-limiting technology, Yaskawa Motoman’s six-axis HC10 collaborative robot (cobot) works safely with or near humans by stopping in the event of contact with an operator. Dual torque sensors in all joints continually monitor force to quickly react to contact. It is designed to eliminate operator pinch points. Through-arm utilities hide cabling and increase safety by reducing the risks of snagging or interference with other equipment.

In addition to programming with a teach pendant, users can hand-guide the cobot to teach new program paths. This feature enables fast deployment or redeployment on demand, decreasing system downtime and increasing ROI. It optimizes cycle times based on risk assessments and process requirements when operating at full or collaborative speed. 

The cobot has a 10-kg payload and 1,200 mm of reach. It can perform a range of material handling, machine tending, packaging and light assembly tasks. Function-specific tooling and accessories are available from the company’s partners.

The cobot is controlled by the company’s YRC1000 controller, which is built to a global standard and does not require a transformer for input voltages ranging from 380 to 480 VAC. The controller is compact (598 × 490 × 427 mm), reducing space requirements. Its I/O communication speed is improved for better work efficiency. A single controller-to-robot cable improves reliability. The programming pendant design has enhanced ergonomics and lighter weight.

Related Topics

RELATED CONTENT

  • Sometimes the Trickiest Part of CNC Machining Is Holding the Part

    Finding a way to fixture contoured marine propellers proved to be this shop’s biggest challenge in developing an effective automated machining cell.

  • Bar Puller Basics

    Bar pullers are cost-effective alternatives to enable automated turning on CNC lathes. This article explains how they work and how shops can benefit from using them.

  • Cycle Efficiency

    Automated machining processes enable this maker of high-performance mountain bike parts to manufacture efficiently with minimal staff.