Industrial Control Products

The Festo HGDT-35-A is a precision three-point gripper with a 4 mm stroke, offering ≤0.2 mm interchangeability and ≤0.1 deg angular play. Perfect for demanding industrial tasks.

The Festo HGDT-35-A-G1 three-point gripper provides precise gripping with a 4 mm stroke, double-acting mechanism, and high angular accuracy. Suitable for various industrial applications, it ensures reliable and efficient operation.

The Festo HGDT-40-A three-point gripper offers precision and reliability with a 6 mm stroke and 0.2 mm replacement accuracy, making it perfect for various automation tasks.

The Festo HGDT-40-A-G2 is a robust, three-point pneumatic gripper suitable for both internal and external gripping. It features a stroke of 6 mm, maximum replacement accuracy of 0.2 mm, and angular gripper jaw backlash of 0.1 degrees. Ideal for precision handling and position sensing.

The Festo HGDT-50-A is a three-point gripper engineered for precision automation tasks. It offers a stroke of 8 mm and a maximum replacement accuracy of 0.2 mm, ensuring reliable and accurate gripping.

The Festo HGDT-50-A-G1 three-point gripper is designed for precision automation tasks, featuring a stroke of 8 mm and a maximum replacement accuracy of ≤0.2 mm. It ensures reliable and precise gripping with minimal backlash, making it suitable for a wide range of applications.

The Festo HGDT-50-A-G2 three-point gripper is designed for high-precision automation tasks. It features an 8mm stroke, 0.2mm max. replacement accuracy, and 0.1° max. angular gripper jaw backlash, ensuring reliable and precise object handling.

The Festo HGDT-63-A-G1 is a robust, double-acting 3-point pneumatic gripper suitable for both internal and external applications. It features a stroke of 10 mm, a maximum replacement accuracy of 0.2 mm, and a maximum angular gripper jaw backlash of 0.1 degrees. This gripper is ideal for applications requiring precise positioning and gripping force retention during opening.

The Festo HGDT-63-A-G2 three-point gripper is designed for high-precision gripping tasks. With a 10 mm stroke per jaw and a maximum replacement accuracy of 0.2 mm, it ensures reliable and precise operations. Suitable for both internal and external gripping applications, this gripper features double-acting operation and wedge-shaped drive design for synchronous movement of the gripper jaws.

The Festo VAMC-S6-CH cover cap is a durable, corrosion-resistant accessory for pneumatic valves. It is designed to provide a secure and reliable seal, ensuring optimal performance in various industrial applications.

High-quality, RoHS-compliant cover cap made from PA-reinforced material, ensuring reliable performance in various applications. Order now for top-notch quality!

The Festo VABS-S4-1S-G14-R3 sub-base offers a compact, reliable solution for pneumatic systems. Made from aluminum die-cast, it supports internal pilot air supply and operates within 0.9-10 bar pressure range.

The Festo VABS-S4-2S-G18-R3 sub-base is a compact, versatile component for pneumatic manifolds, ensuring reliable operation with an external pilot air supply and adherence to ISO 15407-2 standards.

The Festo VABS-S4-1S-G14-B-K2 sub-base is a versatile and reliable component for pneumatic systems, meeting ISO 15407-2 standards. It features internal pilot air supply, a wide operating pressure range, and is compatible with lubricated operation.

The Festo VABS-S4-1S-N14-B-K2 is a versatile pneumatic sub-base that offers internal pilot air supply and operates within a wide pressure range of -0.9 to 10 bar. Compliant with ISO 15407-2, it ensures reliable performance in various applications.

The Festo VABS-S4-2S-G18-B-K2 sub-base is a high-quality, ISO 15407-2 compliant sub-base designed for pneumatic systems. It features a width of 18 mm and supports internal pilot air supply, making it versatile for any assembly position.

The Festo VABS-S4-2S-N18-B-K2 sub-base is a high-quality, versatile pneumatic component designed for various applications. It features a 18mm width, internal pilot air supply, and operates within -0.9 to 10 bar pressure range, making it suitable for use in compressed air systems.