OnRobot 3FG15 3 Finger Gripper
Flexible, large stroke gripper with 15kg payload
3FG15 3-finger gripper for more flexibility
OnRobot’s 3FG15 3-finger gripper has a high payload of 15kg and a maximum stroke of 150mm. It is designed to automatically center work pieces creating a strong, stable grip and precise placement in machine chucks. When it comes to the competition, the 3FG15 gripper outshines the larger, bulkier, and much less flexible finger grippers with a sleek design that can easily handle multiple processes.
- FLEXIBLE PRODUCTION – large-stroke optimizes CNC lathe-tending for multiple part sizes with a single 3-finger gripper
- ACCURATE POSITIONING – Accurate centric positioning drives higher quality, consistency, and output with minimal programming
- 3 CONTACT POINTS – Strong, stable grip with 3 contact points makes gripper fast and easy to redeploy for multiple processes
- CUSTOMIZABLE FINGERS – Accomplish more with customizable fingertips to flexibly grip a wide range of part sizes and shapes
Features:
- Precise, stable grip with 3 contact points that makes redeployment fast and easy.
- Integrated software makes installation and programming easy - even for operators with no technical background.
- High payload, up to 15kg, makes it compatible with collaborative robots that have higher payloads.
- Grips cylindrical objects, from 20mm to 150mm, in machine-tending, CNC lathe machines, palletizing, insertion applications.
- 15kg payload and gripping force from 10 N to 240 N.
Learn how to grow your business with collaborative automation
With smarter and more adaptive tooling, collaborative robots now operate with greater speed, strength, safety and precision. And they can accomplish a wider range of tasks and fast ROI. Learn how you can increase production at lower costs.
Let us help find what you need.
Call 866.397.7388
Give us a call and get help right away. We're here for you!
Get in touch
Got a question or need more info? Contact us!
Request a Quote
Get pricing quickly. Fill out our Request For Quote form.