HIWIN XEG-16-C25L1-UR Alternatives & Competitors

The Adaptive Gripper by Elephant Robotics is a versatile robotic end-effector that uses a soft and flexible material to adapt to the shape and size of the object being grasped. It is designed to be applicable to a variety of consumer robotic arms and can be controlled via serial communication.

The gripper is capable of automatically adapting to the width of the clamping object, making it easy to use and eliminating the need for manual adjustments.

The Adaptive Gripper also provides a variety of programming language control interfaces, which allows users to integrate it into their existing automation systems with ease. This makes the Adaptive Gripper suitable for a wide range of applications, such as pick-and-place operations in manufacturing, packaging, and logistics.

The unique and patented design of the Adaptive Gripper allows it to grip objects gently, minimizing the risk of damage or breakage during the handling process.

The Robotiq 3-Finger adaptive gripper is an ideal option for maximum versatility and flexibility: picks up any object of any shape. Adapts to the object’s shape for a solid grip, so you can focus on the task and not the grasping. With force, position and speed control for each individual and 4 different grip modes, the Robotiq 3-Finger gripper can pick almost anything.

• Engineered according to BG/DGUV recommendation
  
• Certified by BG/DGUV
  
• Completely flexible positioning of gripper jaws thanks to servo technology
  
• Brushless drive technology
  
• Self-locking mechanism for save handling even in E-Stop
  
• Different drive modes like, force mode, position mode, pre-positioned force mode etc.
  
• 360° LED status indicator
  
• Bidirectional communication for process-data and service-data (fieldbus open)

AGS Automation's Gripper with Jaws, also known as GZA grippers, are designed to grip the sprue, which is the leftover plastic that is removed from a molded component. These grippers are commonly used in the plastic injection molding industry to remove the sprue from a molded part. However, they can also be used to grip the component itself, making them a versatile solution for a variety of gripping applications.

One of the main advantages of AGS Automation's Gripper with Jaws is the availability of different types of grippers. This allows for a custom fit for specific applications and component shapes. For example, there are grippers with curved jaws that can conform to the shape of the component, providing a secure grip. There are also grippers with straight jaws that can provide a firm grip on flat surfaces. These options provide a range of choices for different applications and can help optimize the performance of the gripper.

Another advantage of AGS Automation's Gripper with Jaws is that they can be a good alternative to parallel grippers. Parallel grippers work by moving the two jaws in parallel to each other to grip a component. However, in some cases, parallel grippers may not be able to provide a secure grip on irregularly shaped components. AGS Automation's Gripper with Jaws, on the other hand, can be designed with jaws that can conform to the shape of the component, providing a more secure grip.

In addition, AGS Automation's Gripper with Jaws can be customized with a range of features to meet specific application requirements. For example, grippers can be designed with spring-loaded jaws that can compensate for variations in component size or shape. They can also be equipped with sensors to provide feedback on the gripping force or the position of the component. These features can help improve the accuracy and efficiency of the gripping process.

Overall, AGS Automation's Gripper with Jaws provides a versatile and customizable solution for gripping applications in a range of industries. The availability of different types of grippers, as well as customization options, makes them a flexible choice for a variety of applications.

Servo-electric 3-finger centric gripper with high gripping force and high maximum moment due to multi-tooth guidance.

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.

Compact Body with High-Gripping Force

Ability to Install Auto Switches for Gripper Detection

Compact Body with High-Gripping Force

Ability to Install Auto Switches for Gripper Detection