Applied Robotics QPGB Alternatives & Competitors
Ranked Nr. 333 of 236 Grippers
Top 10 QPGB Alternatives
- SCHUNK PZV
- FESTO Three-point gripper DHDS
- SCHUNK PGN-plus-P
- SCHUNK PZB-plus
- SCHUNK PGB
- Applied Robotics QPG – 3-FINGER
- Applied Robotics QPG – 2-FINGER
- Applied Robotics QPG-TECH 2-FINGER
- SCHUNK KTG
- SCHUNK PGL-plus-P
- SCHUNK PZN-plus
SCHUNK PZV
CentricThe SCHUNK PZV 4-finger centric gripper offers a robust and precise solution for applications that demand more than the conventional two or three fingers can provide. Its design incorporates a multi-tooth guidance system, ensuring accurate handling even in complex tasks. The gripper's wedge-hook design further enhances its capabilities by enabling high power transmission and synchronized gripping, making it suitable for tasks that require both strength and precision.
One of the standout features of the SCHUNK PZV gripper is its adaptable air supply system. The gripper can be connected directly through hose-free connections or screw connections, allowing for flexible pressure supply across various automated systems. The comprehensive sensor accessory program adds versatility by enabling diverse querying possibilities and stroke position monitoring, enhancing the gripper's adaptability to different applications.
A lesser-known yet crucial specification is the pressure reduction capability for certain models, such as the PZV 160 and 200, when used in a two-finger configuration. In this scenario, the operating pressure must be reduced to a maximum of 5 bar. Additionally, the gripper's integrated air purge connection serves to prevent dirt ingress into the gripper's internals, ensuring its longevity and reliability even in demanding industrial environments.
FESTO Three-point gripper DHDS
ParallelThree-point grippers make it possible to pick up a workpiece centrally. These products are available in different versions from Festo. Standard three-point grippers are suitable for the universal handling of small parts in a clean environment. To absorb high forces, Festo provides three-finger gripper systems with a resilient T-slot guide for internal and external gripping. Sealed three-point grippers are suitable for handling tasks in very dirty and demanding environments.
SCHUNK PGN-plus-P
Payload 4.35kg | ParallelUniversal 2-finger parallel gripper with permanent lubrication, high gripping force, and high maximum moments due to the use of a multi-tooth guidance.
SCHUNK PZB-plus
CentricUniversal 3-finger centric gripper with large gripping force and high maximum moments per finger, plus center bore.
SCHUNK PGB
ParallelUniversal 2-finger parallel gripper with a high gripping force and high moment capacity due to the multi-tooth slideway as well as the center bore.
Applied Robotics QPG – 3-FINGER
ParallelQPG is a universal three-finger-centric gripper featuring high repeatability and long service life, suitable for a wide range of industrial applications.
Applied Robotics QPG – 2-FINGER
ParallelQPG is a universal two-finger parallel gripper featuring high repeatability and long service life, suitable for a wide range of industrial applications.
ADVANTAGES:
Robust and lightweight housing made of hard coated aluminum alloy.
Sturdy T-slot with hardened steel gibs for effective jaw guidance, precise handling and easy maintenance.
Wedge-hook design for high-force transmission and jaw synchronization.
Compact dimensions for minimal impact in space sensitive applications.
Mounting from two sides in three screw directions for versatile and flexible integration.
Integrated permanent magnets for direct monitoring of piston movement.
Slots for mounting and positioning of magnetic-field sensors.
Air supply via hose-free direct connections or fitting screw connections.
Applied Robotics QPG-TECH 2-FINGER
ParallelQPG is a universal two-finger parallel gripper featuring high repeatability and long service life, suitable for a wide range of industrial applications.
SCHUNK PGL-plus-P
ParallelUniversal 2-finger parallel gripper with a large jaw stroke, integrated sensor system and high payload due to use of a multi-tooth guidance.