Motorized CU Stage Example4 (1axis and feedback contorl)

CU020-RMH1D-RMC

A single-axis control set of Core unit microscope sample stage.
The feedback control of the remote micrometer allows high-precision positioning.
1) One of the manual stages (X-axis, Y-axis or Z-axis) of Core unit microscope can be motorized by introducing electric actuators and other devices.
2) Motorized control of the stage is available with the sample software SG Sample distributed on our website, and sample software for LabVIEW is also available. Click here for more information.
3) The feedback function of the RMH-13 allows for more accurate positioning than the SGSP-13ACT-B0, but the control speed is lower than the SGSP-13ACT-B0. Also, SGSP-13ACT-B0 allows manual operation when not electronically controlled, whereas RMH-13 does not allow manual operation.
More Information
Name Motorized CU Stage Example4 (1axis and feedback contorl)
Weight 0.0050kgs
Guide ▶Please contact our sales for consultation of the optical system using CoreUnit etc.
Attention 1) This set shows an example of a combination of parts and other parts are required for use as a microscope. This product is shipped unassembled, and you are required to assemble the parts and software by yourself. Please contact our sales for details on how to embed them. The specifications of the set are subject to change without notice.
2) Note that the dedicated tool MNS-12.5-14.5 and a ball-point type hexagonal wrench are required to install actuator.
3) The remote micrometer controller RMC-102 can control up to two axes per unit. It can be operated manually with the jog lever on the controller body.
4) The software provided is a sample program. If you need special control, you will need to develop the program yourself or ask us to custom order it for a fee.
5) The controllable travel range depends on RMH-13SGSP-13ACT-B0 and is therefore up to 13mm.
Out of stock
SKU
CU020-RMH1D-RMC
A single-axis control set of Core unit microscope sample stage.
The feedback control of the remote micrometer allows high-precision positioning.