Pneumatic Grippers, Escapements & EOAT for Cobots

Optimise your automation with SMC's grippers, escapements & EOAT for cobots

SMC's comprehensive range of grippers, escapements, and end-of-arm tooling (EOAT) is purposefully engineered to elevate the performance of collaborative robots (cobots) in material handling and automation tasks. From precise pick-and-place operations to complex assembly, our products cater to diverse applications with reliability, adaptability, and efficiency.

Key advantages of our pneumatic grippers and escapements

Collaborative robots require high-precision tools to perform their tasks efficiently. SMC's air grippers, escapements, and EOAT solutions offer the following advantages:

• Compact and lightweight designs: Optimise payload capacity without compromising functionality.
• Versatile mounting options: Compliant with ISO 9409-1-50-4-M6 standards for seamless integration with popular cobot models.
• Energy efficiency: Advanced pneumatic designs that reduce air consumption by up to 80%.
• Wide compatibility: Works with cobots from top manufacturers like Universal Robots, FANUC, ABB, and more.
• Plug-and-play solutions: Easy setup with minimal maintenance required.

SMC's portfolio of grippers, escapements & EOAT

Our extensive product lineup ensures a perfect match for every application:

• 2 Finger Gripper
  Ideal for simple pick-and-place tasks, our 2 finger grippers provide precise and reliable performance for various applications.
• Angular Gripper
  Designed for applications requiring angular motion, these grippers offer flexibility and robust handling capabilities.
• Radial Gripper
  Our radial grippers are perfect for tasks that demand radial movement, ensuring accuracy and consistency.
• 3 Finger Gripper
  Perfect for cylindrical objects, the 3 finger gripper provides secure and balanced handling.
• 4 Finger Gripper
  Designed for complex shapes, our 4 finger grippers offer enhanced versatility for diverse material handling needs.
• Escapement
  SMC's escapements provide precise part separation, ensuring seamless integration into your automation processes.
• Toggle Gripper
  Toggle grippers allow to maintain the workpiece holding status is maintained even when the air is shut down by the toggle mechanism during close operation.
• Magnetic Gripper
  Our magnetic grippers are ideal for handling ferromagnetic materials, delivering a secure grip with minimal maintenance.
• Rotary Gripper
  For tasks requiring rotational movement, our rotary grippers offer smooth and precise operation.

Applications benefiting from SMC's grippers and EOAT

SMC's grippers and EOAT solutions are vital across numerous industries:

• Automotive assembly
• Electronics manufacturing
• Packaging
• Pharmaceutical
• Food and beverage
• Metalworking
• Plastics industry
• Logistics and warehousing

How to select the right gripper or EOAT for your cobot?

Choosing the right gripper or EOAT involves considering several factors:

• Gripping force: Determine the required force based on the weight and material of the objects.
• Motion type: Select the gripper based on the required motion (linear, angular, radial, etc.).
• Object shape and size: Match the gripper type to the shape and size of the objects being handled.
• Environment: Ensure the gripper is suitable for the operational environment (cleanroom, temperature, humidity, etc.).
• Compatibility: Confirm the EOAT is compatible with your cobot model.

Explore our dedicated tool to start configuring your ideal gripper or EOAT solution today.

SMC: Your Trusted Partner for Robotics Solutions

With over 60 years of expertise in pneumatic technology, SMC leads the way in providing top-notch, cost-effective, and reliable robotics solutions. Our grippers and EOAT are crafted with the latest technologies, ensuring they are lightweight, efficient, and easy to integrate. Backed by our extensive European network of specialists and swift delivery services, SMC is your go-to partner for all your robotics needs.

Need help selecting the right gripper or EOAT for your collaborative robot? Contact our experts for personalised advice.