Precision 2-axis tabletop device
● This is a tabletop 2-axis system device designed for cell production and precision inspection, realized automatically with easy operation. ● It adopts a special surface-treated, backlash-free mechanism for the feed screw, achieving low noise, high precision, and low cost. ● The device itself has a built-in controller, making it easy to operate with program instructions from a computer using AC 100V. ● With a standard teaching function, you can create programs on a computer, upload them, and enable automatic operation. ● Although the drive axis consists of 2 axes, the built-in controller supports 4 axes, allowing for easy addition and operation of 2-axis automatic stages. ● 3-axis linear interpolation (when an additional axis is added to the stage), 2-axis circular interpolation, and continuous interpolation movement are also possible. ● Currently, stepping motors are used, but since encoder input/output signals can be monitored, it is also possible to switch to servo motors. ● Custom specifications such as stroke changes, Z attachments, and changes to drive components can be easily accommodated.
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basic information
● This is a tabletop 2-axis system device designed for cell production and precision inspection, realized automatically with easy operation. ● It adopts a special surface-treated, backlash-free mechanism for the feed screw, achieving low noise, high precision, and low cost. ● The device itself has a built-in controller, making it easy to operate with program instructions from a computer using AC 100V. ● With a standard teaching function, programs can be created on a computer, uploaded, and the device can operate automatically. ● Although the drive axis is 2-axis, the built-in controller supports 4 axes, allowing for easy addition and operation of 2-axis automatic stages. ● 3-axis linear interpolation (when an additional axis is added to the stage), 2-axis circular interpolation, and continuous interpolation movement are also possible. ● Currently, stepping motors are used, but since encoder input/output signals can be monitored, it is also possible to switch to servo motors. ● Custom specifications such as stroke changes, Z attachments, and changes to drive components can be easily accommodated.
Price information
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Applications/Examples of results
Examples include substrate laser processing, inspection measurement using CCD cameras, precision dispensers, and automatic assembly of electronic components.
Company information
We propose to think together from the customer's perspective and to systematize our ideas. We prioritize after-sales support following your purchase. We aim to be a reliable company that accurately delivers precision, durability, price, and after-sales support. We believe that it is essential to develop new products while valuing customer feedback and continuously striving to create better offerings. We aim to be a company that, while never forgetting the feeling of gratitude, can be told, "I'm glad to have had a long relationship with you." We also sell optical components and automatic stages from companies such as Sigma Koki, Edmund Optics, Suruga Seiki, and Chuo Seiki.
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