LS1 X-axis Stage
A high-accuracy stage capable of positioning and controlling a stroke of several to tens of millimeters with a high resolution of 20 to 40 nm. For the actuator of this stage
A high-accuracy stage capable of positioning and controlling a stroke of several to tens of millimeters with a high resolution of 20 to 40 nm. For the actuator of this stage
A high-accuracy stage capable of positioning and controlling a stroke of several to tens of millimeters with a high resolution of 20 to 40 nm. For the actuator of this stage
This product is a high-accuracy stage capable of performing position control with high resolution of 20 nm or 40 nm in a moving range of tens of mm. Adopting ultrasonic actuator SPPA (Super Precision Piezo Actuator), this stage has high static stability with low heat generation and with friction retention.
This product is a high-accuracy stage capable of performing position control with high resolution of 20 nm or 40 nm in a moving range of tens of mm. Adopting ultrasonic actuator SPPA (Super Precision Piezo Actuator), this stage has high static stability with low heat generation and with friction retention.
This product is a high-accuracy stage capable of performing position control with high resolution of 20 nm or 40 nm in a moving range of tens of mm. Adopting ultrasonic actuator SPPA (Super Precision Piezo Actuator), this stage has high static stability with low heat generation and with friction retention.
This product is a high-accuracy stage capable of performing position control with high resolution of 20 nm or 40 nm in a moving range of tens of mm. Adopting ultrasonic actuator SPPA (Super Precision Piezo Actuator), this stage has high static stability with low heat generation and with friction retention.
A high-accuracy stage capable of positioning and controlling a stroke of several to tens of millimeters with a high resolution of 20 to 40 nm. For the actuator of this stage
The rotation accuracy of the USP-Grade Series achieves the ultra-precision grade that surpasses the highest accuracy standards such as JIS Class 2, ISO Class 2, DIN P2 and AFBMA ABCE9.
Since the spline shaft’s surface is provided with a mirror finish, smooth slide is achieved. In addition, the large contact area and the concentricity, which enables the center to be automatically determined as a torque is applied, allow the product to demonstrate stable torque transmission.
Slide Rail model FBL is a thin, compact, lightweight and ultra-low price slide unit for finite motion. It has two rows of balls placed between an inner rail and an outer rail.