SCHUNK PZV Alternatives & Competitors

The OnRobot 3FG15 Finger Gripper stands out as a versatile solution for gripping cylindrical objects, making it particularly well-suited for machine-tending applications like CNC lathe machines. Notably, the gripper's design incorporates automatic centering of workpieces, resulting in swift deployment with a secure and stable grip, while ensuring precise placement. With an impressive payload capacity of up to 15kg, the 3FG15 challenges traditional, larger, and less flexible finger grippers, offering a robust gripping solution for a wide range of industrial tasks.

What sets the OnRobot 3FG15 apart is its capacity to streamline integration with a variety of robot platforms. This compatibility enhances its usability and makes it suitable for diverse automation setups. The gripper's capability to handle substantial loads, its automatic centering feature, and the seamless integration options collectively contribute to its efficiency and effectiveness in various industrial scenarios.

A lesser-known yet significant specification that adds to its uniqueness is the potential for compatibility with specific software systems. The 3FG15's ability to integrate with a range of software platforms enhances its adaptability and simplifies the integration process, making it a valuable asset for industrial automation tasks that require a strong, precise, and adaptable gripping solution.

2-finger angular parallel gripper with gripper finger actuation of up to 90° per jaw.

Universal 3-finger centric gripper with high gripping force and maximum moments due to multi-tooth guidance.

Small 3-finger centric gripper with base jaws guided on T-slots.

Servo-electric 3-finger centric gripper with high gripping force and high maximum moment due to multi-tooth guidance.

Technical Features:

• Centrically clamping in compact design made of high-strength, hard-coated aluminum alloy
• All functional parts made of hardened steel for maximum service life
• Wedge hook principle with pneumatic actuation
• Optional inductive and magnetic position sensors
• Optionally available with FKM seals for higher temperatures up to 150°C (on request)
• Integrable purge air connection to prevent contamination

Advantages:

• High gripping force with low dead weight and compact design
• Maximum flexibility thanks to versatile connection and fastening options
• Long service life and high reliability thanks to specially ground base jaws in proven T-slot guide

Technical Features:

• Centrically clamping in compact design made of high-strength, hard-coated aluminum alloy
• All functional parts made of hardened steel for maximum service life
• Wedge hook principle with pneumatic actuation
• Optional inductive and magnetic position sensors
• Optionally available with FKM seals for higher temperatures up to 150°C (on request)
• Integrable purge air connection to prevent contamination

Advantages:

• High gripping force with low dead weight and compact design
• Maximum flexibility thanks to versatile connection and fastening options
• Long service life and high reliability thanks to specially ground base jaws in proven T-slot guide

Technical Features:

• Centrically clamping in compact design made of high-strength, hard-coated aluminum alloy
• All functional parts made of hardened steel for maximum service life
• Wedge hook principle with pneumatic actuation
• Optional inductive and magnetic position sensors
• Optionally available with FKM seals for higher temperatures up to 150°C (on request)
• Integrable purge air connection to prevent contamination

Advantages:

• High gripping force with low dead weight and compact design
• Maximum flexibility thanks to versatile connection and fastening options
• Long service life and high reliability thanks to specially ground base jaws in proven T-slot guide

Universal 3-finger centric gripper of the compact class with T-slot guidance and best cost-performance ratio.

Despite the high moment load of the base jaws, this sealed 3-finger centric gripper meets the requirements of IP67 and does not permit the ingress of any substances from the working environment into the interior of the component.