SCHUNK SVH Alternatives & Competitors

Elephant Robotics' Pneumatic Gripper Pro with Air Compressor is an efficient and reliable solution for industrial automation processes that require precise gripping of objects. Driven by gas and working with a solenoid valve, this gripper is easy to control and offers excellent grip force.

The fingertip of the gripper can be customized and exchanged for users' secondary development, adding flexibility and versatility to its gripping capabilities. The gripper comes with an air compressor, making it a complete and convenient solution for industrial automation processes.

The qb SoftHand Research stands out as an innovative anthropomorphic robotic hand that leverages soft-robotics technology. Its distinctive feature lies in its adaptability and interaction capabilities within its environment. Designed to engage with objects, people, and its surroundings, the SoftHand Research minimizes potential harm to operators, avoids damaging handled products, and safeguards the robot's own integrity.

One of the remarkable aspects of the qb SoftHand Research is its exceptional adaptability, enabling it to securely grasp various objects without necessitating alterations in the control strategy. This quality showcases an unparalleled level of simplicity and flexibility in its operation. This adaptability significantly streamlines the integration of the robotic hand into diverse applications and industries, eliminating the need for complex adjustments or reprogramming when handling different types of objects.

An often overlooked specialization of the qb SoftHand Research is its robustness in extreme temperature conditions. This quality makes it an appealing option for industries that require automation in environments characterized by high or low temperatures. Moreover, the SoftHand Research boasts compatibility with a wide range of software systems, which enhances its versatility and ease of integration into existing automation setups. This compatibility extends to various programming environments and control architectures, facilitating seamless interaction and control within diverse industrial automation ecosystems.

2-finger parallel gripper with smooth roller guides of the base jaws.

Electric 2-finger parallel gripper with smooth-running base jaws guided on roller bearings.

The SCHUNK PZV 4-finger centric gripper offers a robust and precise solution for applications that demand more than the conventional two or three fingers can provide. Its design incorporates a multi-tooth guidance system, ensuring accurate handling even in complex tasks. The gripper's wedge-hook design further enhances its capabilities by enabling high power transmission and synchronized gripping, making it suitable for tasks that require both strength and precision.

One of the standout features of the SCHUNK PZV gripper is its adaptable air supply system. The gripper can be connected directly through hose-free connections or screw connections, allowing for flexible pressure supply across various automated systems. The comprehensive sensor accessory program adds versatility by enabling diverse querying possibilities and stroke position monitoring, enhancing the gripper's adaptability to different applications.

A lesser-known yet crucial specification is the pressure reduction capability for certain models, such as the PZV 160 and 200, when used in a two-finger configuration. In this scenario, the operating pressure must be reduced to a maximum of 5 bar. Additionally, the gripper's integrated air purge connection serves to prevent dirt ingress into the gripper's internals, ensuring its longevity and reliability even in demanding industrial environments.

2-finger angular parallel gripper with gripper finger actuation of up to 90° per jaw.

The SCHUNK PGF stands out as a versatile universal parallel gripper equipped with a surface-guided base jaw. This distinctive feature ensures precise and reliable gripping, enabling the gripper to securely hold various objects with accuracy. The surface-guided base jaw enhances the gripper's adaptability to objects of different shapes and sizes, contributing to seamless automation processes.

One of the remarkable capabilities of the SCHUNK PGF is its suitability for applications requiring precise gripping and manipulation. The surface-guided base jaw ensures stable and consistent contact with the object, minimizing the risk of slippage and enhancing the overall reliability of the gripping process. This makes the PGF an ideal choice for tasks like assembly, machine loading, and material handling where precision and repeatability are crucial.

A lesser-known but valuable specification of the SCHUNK PGF lies in its compatibility with various software systems. This feature streamlines its integration into diverse automation setups and enhances its versatility. Additionally, the gripper's design and construction may include specialized materials or coatings that enable it to operate in environments with specific temperature requirements or demanding conditions, further expanding its applicability in various industries.

Compact Parallel Robotic Hand with High-Gripping Force
Ability to Install Auto Switches for Gripper Detection

Compact Parallel Robotic Hand with High-Gripping Force
Able to install auto switches for gripper detection.

A robotic gripper designed according to the anatomy of the human hand. The quasi-direct drive technology in the HandEffector enables a depth-sensitive sense of force to be generated, which can be used to measure the force directly in the joints. In contrast to other gripping systems with linear drives or cable pull drives, external sensors can be dispensed with and a high level of measurement accuracy can be achieved. The gripper has a total of 12 electric motors and 16 degrees of freedom (2 active + 1 passive DoF per finger, 3 DoF in the thumb, 1 DoF in the wrist) in order to be able to realistically perform different types of gripping and hand movements. The built-in belt drives ensure smooth running and precision.