Centering Mecha Chuck
Centering Mecha Chuck Minimum part size 0.3 mm square! Maximum 1 m square glass substrate.
This is a centering mechanical chuck that can accurately position the intersection of the outer diagonal and the center of the part, regardless of the outer dimensions of the part!
A centering mechanism unit composed of a pulley, a wire, and a single spring is assembled with the necessary axes to achieve centering positioning. This method allows for precise positioning of the center of the component to be achieved "correctly," regardless of variations in the outer diameter of the parts. The expensive pattern recognition and NC control tables that were previously required for precise positioning using reference positioning methods are no longer necessary, enabling low-cost precise positioning.
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basic information
● The positioning pins that perform synchronized movements facing each other position accurately at the center of the opposite side with a single spring force. (Patent) ● It always positions the intersection of the product's diagonals accurately, regardless of variations in the product's outer dimensions. ● Ideal for assembly of packages + elements + lids, precise assembly of lenses + barrels, precise press-fitting of shafts + pulleys, positioning of printing machine tables, center groove processing in milling, and more.
Price information
2 to 5 million yen
Delivery Time
P3
Applications/Examples of results
Printing machine substrate chuck, exposure machine wafer chuck, precision press-fit system, lens assembly device, grinding machine chuck, prober chuck, spin coater chuck, crystal oscillator assembly device, IC assembly device, tester melt chuck, chuck for loader/unloader, optical connector transport device.
Company information
Our corporate philosophy is to contribute to societal progress through system technology, and we aspire for the work environments of people around the world to become bright and enjoyable workplaces. 1. Wisdom born from harmony among people: Maximizing customer capabilities 2. Technology through daily effort: User-friendly 3. Scientific perspective learned from nature: Rational and optimal design The goal is to combine these elements, shape our know-how, and create devices. Based on the technical insight that "the truth lies in the field" and over 1,000 development examples, we are developing logistics systems by producing optimal, competitive dedicated devices in terms of technology and cost. Features: During specification discussions, we actively disclose failure cases to contribute to the advancement of customer engineers. Experienced engineers will assist in building optimal systems.
