Gripper Fingers for End-of-Arm Tooling
A Finger Gripper is a component of “Modular Style” End-of-Arm Tooling (EOAT) systems used to automate the Plastic Injection Molding process. Designed to reach behind a molded part, the finger “Tip” actuates at 35, 90, or 95 degrees to grip and aid in the demolding process.
These gripper finger components enable robots to pick, place, and hold various items with high accuracy, making them especially useful in industries like plastics injection molding. They are designed to offer precise manipulation and handling of parts during manufacturing. They come in diverse shapes, sizes, and materials to suit different applications; ensuring careful and secure handling of parts.
Gripper Fingers in Plastics Injection Molding
In plastic injection molding, gripper fingers facilitate the removal of molded parts from the mold cavities and positioning them for subsequent processing steps. Their design allows for the adjustment to different part geometries, ensuring a reliable grip that prevents part deformation or damage. This adaptability is vital for maintaining high production standards and efficiency.
FAQ for Gripper Fingers in End-of-Arm Tooling
How do I select the right gripper fingers for my application? Selection depends on the specific requirements of the parts being handled, including their size, shape, material, and space available for gripping. Considerations should include the gripper finger material, flexibility, and the gripping force required.
Can gripper fingers handle delicate parts? Yes, with the right selection of materials and designs, gripper fingers can handle even the most delicate parts without causing damage.
Are gripper fingers customizable? Many gripper finger systems offer customization options to fit specific part geometries and handling requirements, enhancing the efficiency of the End-of-Arm Tool. Easily paired with a “hard stop” or custom 3D printed part specific nest piece, these gripper fingers are a essential component for most EOAT designs.