SoftGripping Controlbox
Engineered for high‑speed automation, this control unit delivers up to 90 cycles per minute while ensuring exceptional durability and precision. Its optimized pneumatic architecture, energy‑efficient vacuum generation, and robust industrial design support reliable continuous operation in demanding automation environments.
The intuitive software interface allows fine‑tuned pressure curves, configurable boost pressure and ramp timing, all accessible through a USB‑C connection. This precise control prevents pressure spikes, extends SoftGripper finger longevity, and boosts system throughput while reducing air consumption and operating costs.
Perfect for high‑speed pick‑and‑place food handling, electronics assembly, and other throughput‑critical automation tasks, the Controlbox ensures consistent performance and long service life. Its efficient control architecture makes it ideal for robotics integration, industrial automation setups, and scalable production workflows.
Highlights
A New Standard in Gripper Control and Performance
Fine Pressure Control for Enhanced Finger Longevity
The key to extending the service life of SoftGripper fingers is precise pressure management. The SG.BP.1V.C4 allows users to finely sculpt pressure curves using the intuitive software. In Professional Mode, parameters like Ramp time and Boost pressure can be configured to eliminate harmful pressure spikes. This granular control drastically reduces material stress, protecting your investment and ensuring consistent performance over millions of cycles.
Engineered for Maximum Throughput
This control box is purpose-built for high-speed pick-and-place applications. The innovative Boost pressure function delivers a short, powerful burst of air to achieve the target pressure more rapidly, significantly cutting down actuation time. The result is shorter cycle times and a tangible increase in your production throughput.
Energy-Efficient Finger Spreading
The finger spreading mechanism is achieved by applying a precisely controlled vacuum. Unlike systems requiring a continuously running vacuum pump, the SG.BP.1V.C4 utilizes an internal ejector that generates this vacuum with a short, efficient burst of compressed air. This intelligent design minimizes air consumption, leading to significant energy savings and lower operating costs.

