Applied Robotics Electric gripper FSG 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.

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.

Elephant Robotics' Pneumatic Gripper Pro without Air Compressor is an innovative gripping solution that is designed to meet the needs of various industrial applications. Driven by gas and working with a solenoid valve, the gripper is convenient to control and operate.

The fingertip of the gripper can be easily exchanged for users' secondary development, providing a customizable and flexible gripping solution. The gripper's compact size and ease of use make it an ideal choice for industries that require efficient and precise gripping of objects. With Elephant Robotics' Pneumatic Gripper Pro without Air Compressor, users can enjoy reliable and customizable gripping solutions that meet their specific needs.

AGS Automation's gripper system, also known as PAG impact grippers, are designed for precision picking up of inserts, bushings, rings or screws. These gripper systems come in different sizes, with varying numbers of gripper fingers and stroke sizes, making them suitable for various applications.

One of the notable features of PAG impact grippers is the modular system that allows for optimal adaptation options in both the gripping and attachment directions. This means that these gripper systems can be customized to meet the specific requirements of each application.

The gripper fingers of PAG impact grippers move parallel to each other and are guided by a dovetail guide, ensuring precise and stable gripping of the workpiece. This parallel movement also enables the gripper system to pick up and hold small workpieces securely.

PAG impact grippers are available in both single-acting and double-acting types. The double-acting PAG grippers can be used for both internal and external gripping, while the single-acting PAG grippers are suitable for external gripping.

AGS Automation's Gripper Fingers, also known as GFI grippers, are designed to handle components that are too heavy for vacuum suction cups. When the demolding forces or handling weight are too great, these gripper fingers come in handy. They come in various sizes, with different finger shapes, to suit different components. The modular system of AGS Automation's gripper fingers offers a wide range of accessories that can be added to customize the gripper fingers to the specific application.

The functional range of AGS Automation's gripper fingers is diverse. The gripper fingers can be single-acting or double-acting, with or without self-locking. Single-acting gripper fingers are suitable for simple pick and place operations, while double-acting gripper fingers are useful for more complex applications that require additional control. The self-locking feature provides additional safety by locking the gripper fingers in place, preventing accidental release of the component.

AGS Automation's gripper fingers can be used in various industries, including manufacturing, logistics, and warehousing. They are particularly useful in applications that require picking and packing, material handling, and component assembly. AGS Automation's gripper fingers are compatible with a range of robotic arms and automation systems, making them a versatile solution for various automation applications.

In summary, AGS Automation's Gripper Fingers are a modular system of gripper fingers that can be customized with various accessories to suit specific applications. They are a good alternative to vacuum suction cups when handling heavy components, and they are compatible with a range of robotic arms and automation systems. They are best suited for industries that require picking and packing, material handling, and component assembly.

AGS Automation's Magnetic Gripper, also known as MGR, is a perfect solution for handling ferromagnetic components with ease. This gripper is specially designed to handle weights ranging from 200g to 3000g per gripper. The magnetic gripper is available in both electrically and pneumatically driven versions to meet specific application requirements.

One of the most significant advantages of the magnetic gripper is its ability to provide reliable handling without the need for complex and expensive fixtures. It uses a magnetic force to securely hold the component in place, eliminating the need for mechanical clamping. This feature makes the magnetic gripper a perfect solution for applications that require fast and efficient handling of ferromagnetic components.

The magnetic gripper is equipped with a prism directly on the body that allows for easy attachment to PreciGrip profiles. This feature provides more flexibility in the gripping system's design, making it easier to integrate with other automation components. The magnetic gripper's modular design also enables easy maintenance, reducing downtime and increasing productivity.

AGS Automation's magnetic gripper is a versatile solution that can be used in a wide range of industries, including manufacturing, logistics, and material handling. Its ability to handle ferromagnetic components with ease and efficiency makes it an ideal solution for applications where speed, precision, and reliability are critical.

The AGS Automation Textile Gripper is a type of pneumatic gripper designed to handle soft materials such as textiles, insulating materials, woven fabrics, and sheet molding compounds. It uses needle grippers that are pneumatically driven to securely grip and handle these materials during various industrial automation processes, including cutting, sewing, and embroidery.

One of the key features of the AGS Automation Textile Gripper is its precision and accuracy. It is designed to grip delicate materials with extreme accuracy, ensuring that the material is not damaged or deformed during the handling process. This makes it a suitable option for use in high-end fashion or textile manufacturing where quality and consistency are essential.

The gripper also features a double-stroke mechanism that allows for greater control and precision in handling complex shapes and materials. This feature enables the gripper to make two different long movements, providing greater flexibility and precision in handling materials.

In addition, the AGS Automation Textile Gripper is designed to withstand extreme temperatures, making it suitable for use in harsh industrial environments. It is also compatible with a wide range of software systems, making it easy to integrate into existing automation workflows and processes.

Overall, the AGS Automation Textile Gripper is a versatile and precise solution for industrial automation processes that require the handling of soft materials. Its double-stroke mechanism, compatibility with various software systems, and ability to handle a wide range of materials make it a valuable option for textile and other manufacturing industries.