Industrial Control Products

The Festo HGPD-16-A parallel gripper provides precise handling with a 3 mm stroke per jaw, ensuring reliable and efficient operation in various automation applications.

The Festo HGPD-16-A-G1 parallel gripper is designed for precise automation tasks, featuring a 3 mm stroke and exceptional interchangeability accuracy of ≤0.2 mm. Ideal for applications requiring high precision and reliability.

The Festo HGPD-16-A-G2 parallel gripper is designed for precise handling, featuring a stroke of 3 mm and ensuring high accuracy and reliability in various industrial applications.

The Festo HGPD-20-A parallel gripper is designed for precise pneumatic handling, featuring a stroke of 4 mm and a maximum gripping force. Ideal for various industrial applications, it ensures efficient and accurate operations with minimal angular play.

The Festo HGPD-20-A-G1 parallel gripper is designed for precise and reliable gripping operations. With a stroke of 20 mm and a gripping force of 3922 N per jaw, it is suitable for a wide range of industrial applications, including assembly and handling of small to medium-sized parts.

The Festo HGPD-20-A-G2 parallel gripper is designed for high-precision automation tasks, featuring a 4 mm stroke, ≤0.2 mm replacement accuracy, and ≤0.1° angular backlash. Perfect for applications requiring precise gripping and handling.

The Festo HGPD-25-A-G1 Parallel Gripper is a high-precision pneumatic gripper designed for robust industrial applications. It features a 6mm stroke per gripper jaw, ensuring accurate and reliable operation.

The Festo HGPD-25-A-G1 parallel gripper provides precise handling with a 6mm stroke and 0.2mm accuracy. Suitable for moderate corrosion stress and IP65 protection, it is ideal for various automation applications.

The Festo HGPD-25-A-G2 parallel gripper is designed for precision and efficiency in automation tasks. It features a 6 mm stroke, maximum replacement accuracy of 0.2 mm, and minimal angular backlash, ensuring reliable gripping and smooth operation.

The Festo HGPD-35-A parallel gripper is designed for high-precision applications, featuring a stroke of 8 mm, max replacement accuracy of 0.2 mm, and max angular gripper jaw backlash of 0.1 degrees. Suitable for various automation tasks.

The Festo HGPD-35-A-G1 parallel gripper is designed for high-precision applications, featuring a 8 mm stroke and ≤0.2 mm replacement accuracy. It ensures reliable performance with minimal angular backlash of ≤0.1°, making it perfect for automation and handling systems.

The Festo HGPD-35-A-G2 is a high-precision, double-acting parallel pneumatic gripper designed for automation tasks. It features a maximum interchangeability of 0.2 mm and angular play of 0.1 degrees, ensuring reliable and precise gripping.

The Festo HGPD-40-A-G1 parallel gripper is designed for high-precision handling tasks, featuring a 10 mm stroke per gripper jaw and a maximum replacement accuracy of 0.2 mm. Ideal for applications requiring precise and reliable gripping.

The Festo HGPD-40-A-G2 parallel gripper is designed for high-precision automation tasks. It features a 10 mm stroke and a maximum interchangeability accuracy of 0.2 mm, ensuring reliable and accurate gripping operations.

The Festo HGPD-50-A parallel gripper provides precise and efficient gripping solutions with a stroke of 12 mm, ensuring high accuracy and reliability in various automation applications.

The Festo HGPD-50-A-G2 is a versatile, double-acting parallel pneumatic gripper featuring a built-in magnet for gripping force backup on closing. It offers a stroke of 12 mm and is designed for both external and internal gripping tasks, ensuring high precision and reliability in various automation applications.

The Festo HGPD-63-A parallel gripper provides 16 mm stroke per jaw, ensuring precise handling and high accuracy. Its 0.2 mm interchangeability and 0.1° angular play make it suitable for demanding automation tasks.

The Festo HGPD-63-A-G1 parallel gripper provides precise handling with a 16 mm stroke, ensuring reliable operation and minimal angular play (≤0.1 deg). Ideal for automation applications requiring high accuracy and interchangeability.