SCHUNK PGN-plus-P 64 Review: Specs, Price and Applications
Updated: 2 days ago
The SCHUNK PGN-plus-P 64 is a robot gripper with a workpiece weight of up to 1.75 kg and 0.01 mm repeatability, listed from USD 950. This review covers its full specifications, design, integration, applications and price, so you can decide whether it fits your automation project.
Quick Verdict
The SCHUNK PGN-plus-P 64 is a pneumatic 2-finger universal parallel gripper that, in the 64-1 stroke version, has a stroke of 6 mm per jaw, a closing force of 350 N and a recommended workpiece weight of 1.75 kg. It is designed for general handling and machine loading, and its multi-tooth guidance carries high moment loads and long gripper fingers. The jaws open and close in 0.02 s with a repeat accuracy of 0.01 mm. The gripper weighs 0.27 kg, has protection class IP40 and runs on compressed air at 2.5 bar to 8 bar. It is listed from USD 950.
SCHUNK PGN-plus-P 64 at a Glance
Product type: Robot gripper
Workpiece weight: 1.75 kg
Repeatability: 0.01 mm
Speed: Closing time 0.02 s; opening time 0.02 s
Price: from USD 950
SCHUNK PGN-plus-P 64 Technical Specifications
The table below lists the published specifications of the SCHUNK PGN-plus-P 64.
Specification | SCHUNK PGN-plus-P 64 |
Manufacturer | SCHUNK |
Model | PGN-plus-P 64 |
Product type | Robot gripper |
Workpiece weight | 1.75 kg |
Repeatability | 0.01 mm |
Speed | Closing time 0.02 s; opening time 0.02 s |
Starting price | From USD 950 |
Detailed Technical Data
Pneumatic 2-finger universal parallel gripper
Stroke per jaw 6 mm (64-1)
Closing force 350 N, opening force 375 N
Recommended workpiece weight 1.75 kg
Own weight 0.27 kg
IP40
Operating pressure 2.5 bar to 8 bar
Design and Build Quality
The PGN-plus-P 64 is a robot gripper made by SCHUNK. Published build data: stroke per jaw 6 mm (64-1); IP40.
Integration and Compatibility
The PGN-plus-P 64 mounts on the robot flange as end-of-arm tooling. Confirm the flange pattern, load and control interface with your robot model before ordering.
SCHUNK PGN-plus-P 64 Applications and Use Cases
Typical applications for the PGN-plus-P 64 are gripping, robot end-of-arm tooling, machine tending, assembly and packaging.
Gripping
The PGN-plus-P 64 holds the workpiece while the robot moves it, for parts of up to 1.75 kg.
Robot end-of-arm tooling
The PGN-plus-P 64 mounts on the robot flange as part of the end-of-arm tooling.
Machine tending
The PGN-plus-P 64 is used on robots in machine tending cells.
SCHUNK PGN-plus-P 64 Price and Value
The SCHUNK PGN-plus-P 64 is listed from USD 950 on All Things Cobots. Mounting kits, fingers or tool plates, cabling and integration affect the final price and are quoted separately. Prices are indicative, are not final and may change.
Pros and Cons
Pros
Workpiece weight of up to 1.75 kg
0.01 mm repeatability
Speed: Closing time 0.02 s; opening time 0.02 s
IP40
Cons
Robot compatibility must be confirmed before ordering
Mounting kits, cabling and integration are quoted separately
Who Should Buy the SCHUNK PGN-plus-P 64?
The SCHUNK PGN-plus-P 64 fits robot users and integrators who need a gripper for end-of-arm tooling.
See the full SCHUNK PGN-plus-P 64 product listing on All Things Cobots.
SCHUNK PGN-plus-P 64 FAQ
How much does the SCHUNK PGN-plus-P 64 cost?
The SCHUNK PGN-plus-P 64 is listed from USD 950 on All Things Cobots. The price is indicative and may change, and it does not include installation or integration.
What is the workpiece weight of the SCHUNK PGN-plus-P 64?
The published workpiece weight of the PGN-plus-P 64 is 1.75 kg.
How accurate is the SCHUNK PGN-plus-P 64?
Its published repeatability is 0.01 mm.
Which robots does the SCHUNK PGN-plus-P 64 fit?
It mounts on the robot flange as end-of-arm tooling. Confirm the flange pattern, load and control interface with your robot model before ordering.
What is the SCHUNK PGN-plus-P 64 used for?
Typical applications are gripping, robot end-of-arm tooling, machine tending, assembly and packaging.
Specifications and prices are based on manufacturer and distributor information. Prices are indicative, are not final and may change.
