Kurt Air Grippers: Grip Type: 2-Jaw Precision Parallel Gripper; Grip Style: Parallel; Holding Type: Internal; Operating Pressure (psi): 100 psi 55542666 Applications
- Industrial robotic material handling systems.
- CNC machine tending and automated part transfer operations.
- Assembly line automation and precision component handling.
- Pick-and-place applications requiring accurate gripping and positioning.
- Automated packaging, inspection, and sorting systems.
- Flexible manufacturing cells utilizing rapid tooling changes.
- Production environments demanding repeatable gripping performance.
Designed to maximize automation efficiency through rapid finger changes, precise gripping control, and reliable pneumatic performance.
Kurt Air Grippers: Grip Type: 2-Jaw Precision Parallel Gripper; Grip Style: Parallel; Holding Type: Internal; Operating Pressure (psi): 100 psi 55542666 Specifications
| Grip Type | 2-Jaw Precision Parallel Gripper |
|---|---|
| Grip Style | Parallel |
| Holding Type | Internal |
| Action | Double Acting |
| Operating Pressure | 100 psi |
| Maximum Working Pressure | 100 psi |
| Internal Holding Force | 250 lb |
| External Holding Force | 250 lb |
| Open Width | 1-1/2" |
| Port Size | 5/32 |
| Maximum Working Temperature | 200°C |
| Material | Steel |
| Country of Origin | United States |
| UNSPSC Code | 31251504 |
Kurt Air Grippers: Grip Type: 2-Jaw Precision Parallel Gripper; Grip Style: Parallel; Holding Type: Internal; Operating Pressure (psi): 100 psi 55542666 Features & Benefits
- Patent-pending pull stud design allows automated finger changes in seconds, minimizing downtime and maximizing production efficiency.
- Integrated electronic sensors verify finger position and readiness for enhanced automation reliability.
- Lightweight high-strength aluminum alloy gripper body reduces robotic payload requirements while maintaining structural strength.
- Hard-coat protective finish delivers durable, long-lasting protection against wear and industrial operating conditions.
- Double-acting oval piston technology generates maximum clamping and unclamping force for dependable gripping performance.
- Self-centering wedge-type design ensures efficient force transmission and accurate centric gripping.
- Compact gripper dimensions help conserve valuable space within robotic work cells and automation systems.
- Supports aluminum or steel finger configurations for application flexibility and customized gripping solutions.
- 250 lb holding force provides secure workpiece handling for demanding industrial applications.
- Parallel jaw movement delivers precise, repeatable gripping and consistent positioning.
- Includes steel fingers for enhanced durability and immediate deployment in production environments.
Includes Steel Fingers for increased durability and gripping performance in demanding automation and material handling applications. The gripper is also compatible with alternate aluminum or steel finger configurations when application requirements change.
Why Choose the Kurt Air Grippers: Grip Type: 2-Jaw Precision Parallel Gripper; Grip Style: Parallel; Holding Type: Internal; Operating Pressure (psi): 100 psi 55542666
- Automated finger changes reduce downtime and improve production throughput.
- Integrated sensors support advanced automation monitoring and control.
- Self-centering gripping mechanism ensures precise and repeatable operation.
- Compact design maximizes available workspace within robotic cells.
- 250 lb gripping force provides secure and reliable part handling.
- Included steel fingers offer durability and immediate operational readiness.
- Made in the USA for dependable industrial quality and performance.
The Kurt Air Grippers: Grip Type: 2-Jaw Precision Parallel Gripper; Grip Style: Parallel; Holding Type: Internal; Operating Pressure (psi): 100 psi 55542666 combines advanced gripping technology, high holding force, rapid changeover capability, and durable construction to deliver outstanding performance in robotic automation, machine tending, and industrial material handling applications.
