Camozzi Series CSPT Gripper Merges Precision Handling with Integrated Sensing
The role of the industrial gripper is undergoing a fundamental transformation. No longer relegated to the status of a simple mechanical actuator, the end effector is increasingly becoming the intelligence hub of the robotic workcell. Camozzi’s new Series CSPT collaborative gripper epitomizes this trend, condensing advanced sensing, valve integration, and absolute encoding into a single, compact unit designed specifically for the nuanced demands of collaborative automation.
At its architectural core, the Series CSPT is a self-centering parallel gripper built on a robust T-guide design. It delivers up to 150 N of gripping force at 6 bar with an impressive 0.05 mm repeatability. However, the true value proposition lies in the unit's ability to act as a smart sensor. By integrating the necessary valves and encoders internally, Camozzi eliminates the need for bulky external hardware, mounting brackets, and complex cabling that typically clutter the end effector. This reduction in system complexity not only streamlines the physical design but also significantly accelerates deployment times for system integrators.
The device excels at turning motion into actionable intelligence. As the gripper performs its cycle, it continuously streams data regarding position and force at the point of contact. This high-resolution feedback loop enables a suite of advanced functions, including automatic workpiece measurement, presence detection, and sophisticated anti-slip monitoring. By monitoring these metrics in real-time, the Series CSPT provides the visibility necessary to identify anomalies before they impact product quality, effectively serving as an integrated quality inspection system.
For applications requiring high adaptability, the gripper’s 40 mm stroke per jaw allows for the handling of diverse workpiece dimensions without the need for frequent, time-consuming tool changes. Weighing in at just 1.6 kg, the unit remains well within the payload constraints of typical collaborative robot arms, ensuring that users do not have to compromise on reach or speed to gain sensing capabilities. Beyond static gripping, the platform supports gesture recognition and adaptive workflow responses, allowing robots to react dynamically to changes in the production environment.
As manufacturing operations trend toward more data-driven production, the Series CSPT signals a broader industry shift. The gripper is evolving from a mere peripheral to a source of diagnostic information, helping manufacturers optimize cycle times and improve system reliability. Whether deployed in automated assembly, robotic workcells, or end-of-line packaging, this device provides the precision of a traditional tool with the analytical depth required for the modern, intelligent factory.
Written by: Austin Futrell, a technical journalist and automation consultant with over 12 years of experience in robotic systems integration, specializing in the development of intelligent end-effectors and the optimization of smart manufacturing workflows.