Compact, long-stroke gripper designed for high-speed, high-precision automation
The CGPL Series from Camozzi delivers unmatched performance in compact environments—perfect for industrial automation and robotics.
In the world of industrial automation, where precision, speed, and reliability are non-negotiable, Camozzi’s Series CGPL parallel gripper stands out as a robust solution designed for high-duty cycles in space-constrained environments. With its self-centering jaws, compact build, and long stroke, the CGPL series is engineered to handle demanding tasks in assembly lines and robotic systems with ease.
Compact Design Meets High-End Performance
The CGPL Series combines double-acting operation with magnetic detection capability, allowing precise and repeatable movements—critical for applications involving small components and high-speed cycles. Available in bores of 8, 12, 16, and 20 mm, the gripper ensures flexibility across a variety of applications, from lightweight part handling to more intensive robotic automation.
Engineered for Efficiency
The CGPL gripper's flat, lightweight body enables integration even in compact mechanical layouts without sacrificing performance. It supports a working pressure range of 1.5–7 bar for 8 mm bores and 1–7 bar for larger sizes, offering versatility across pneumatic systems. Air connections vary with size—M3 for 8 mm and M5 for 12 mm and above.
With a maximum use frequency of up to 2 Hz, this gripper is designed to keep pace with modern production speeds while maintaining precision.
Ideal for Industrial Automation and Robotics
Whether in pick-and-place systems, robotic arms, or precision assembly stations, the CGPL gripper excels in high-repeatability environments. Its ROHS-compliant design ensures alignment with environmental standards, while compatibility with ISO 8573-1 filtered air ensures operational safety and durability.
A Smarter Gripper for Smarter Systems
In high-performance environments, every component counts. The Camozzi CGPL Series parallel gripper delivers precision, speed, and reliability in a compact form factor—perfect for modern automation systems where space is limited, but expectations are high.
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