3D Printing for End of Arm Tooling (EOAT)
Flexible manufacturing, no minimum production, simple or complex parts, MateriaX's 3D printing service is fast and economical.
3D printing is applied in robotic handlers for applications in the automotive industry, consumer goods, and plastic injection.
Hybrid gripper set
These grippers represent a hybrid design solution developed by MateriaX, serving as a development of rigid grippers as an adapter between pneumatic grippers and soft pads.
Their function is to act as adapters between standard pneumatic grippers and molded surfaces, preventing scratches, marks, or dents during the handling of the parts.
This modular system allows for easy replacement of components in case of wear and customization of geometry according to the type of product or application.
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Rigid grippers
Rigid grippers are viable in applications where plastic parts have sufficient wall thickness to withstand direct gripping pressure.
Designed for plug and play applications.
Thanks to additive manufacturing, their delivery time is significantly shorter compared to machined parts.
Machining VS Additive Manufacturing
We work in collaboration with you to develop the optimal product by analyzing the requirements of your project and time considerations.
3D printing materials have advanced significantly, and the resins we use are ideal for manufacturing gripper fingers and other components of EOAT systems.
Contact us for 3D printing
AtMateriaX, we design and manufacturecustom grippers , gripping fingers, and vacuum accessoriesusing industrial 3D printing, ideal forEOAT, collaborative robots, and plastic molding processes.
Leverage our expertise and contact us to develop your3D printed grippersfully tailored to your application.
Discover how professional 3D printing can befast, accessible, and efficientfor your production line.
