Design and prototyping service for hand and finger using a high-grade material from HP with a 3D printer.
Within a space of 28cm X 38cm X 38cm, our design team will create customized hand and finger designs. After data submission, we offer express service with shipments from our factory in Italy in as little as 2 days! We cater to a wide range of needs, from projects that have a certain level of conceptualization to "just for now" prototypes.
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basic information
Materials: Nylon with fiberglass < Available Options > - Fur coating for scratch prevention - Screw inserts (size specifications apply) - Depending on your specifications, installation of our standard rubber pads is also possible < Example of Production > If you specify the suction position, the size of the suction pad (nipple diameter), and the mounting surface (dimensions of the robot flange, etc.), we will send you a conceptual design proposal within 3 days to 1 week. < Acceptable File Formats > STL files or 3D CAD data readable by SolidWorks
Price range
P2
Delivery Time
P3
Applications/Examples of results
- Receiver for extraction chuck - Suction hand for parallel link robot - Hand and finger for gripping engine parts - Jig for tool change and placement - Palletizing hand for collaborative robots
Detailed information
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Used as a support material to stabilize the suction position of the extraction chuck.
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It can grip workpieces with a limited range of adhesion using a suction pad and spring suspension.
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The movement of the parallel chuck + installation of a small suction pad inside the finger allows for stable gripping operations with both gripping and suction. The 3D design enables the lightweight finger to handle complex shapes as well.
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Company information
Linkage is a company established to assist in automation by combining products and technologies from overseas manufacturers with the skills of Japanese users. We create opportunities for the introduction of robotic systems and devices to compensate for the labor shortage in Japanese manufacturing through EOAT (End of Arm Tooling, such as robotic hands and polishing kits).