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Mirror Stage Product List

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[Piezostage] PT tilt and rotation type stage for optical mirrors

It is a shape particularly suitable for "tilt adjustment" of optical mirrors. There is one-axis tilt (θx) and two-axis tilt (θx, θy).

The piezo stage type for PT optical mirrors allows for precise adjustments of minute tilts, rotations, and skew angles. It is ideal for laser beam scanning, mirror alignment, and surface matching. Using piezoelectric elements, it can perform angular displacements such as rotation and tilt at high speed and with precision. This type features a flexible hinge structure that enables rapid small-angle displacements. In addition to rotation and tilt, simultaneous control of multiple axes allows for linear motion as well. The high responsiveness of the piezoelectric elements, combined with feedback control from built-in sensor signals, enables high-speed and high-precision alignment of small angles. The simple structure of the components allows for a compact main body size, making it easy to integrate into devices. We offer a variety of angle adjustment options, including simple tilt types, rotation types, goniometric types with a virtual rotation center, and planar skew types with three-point support. *For more details, please download the materials or feel free to contact us.*

  • Other machine elements
  • Mirror Stage

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Chip tilt mirror stage with a maximum tilt of 8° for laser processing.

High-speed mirror stage for precise control of laser beams.

In laser processing, precise beam control is a crucial factor that influences processing accuracy and production efficiency. Especially in fine processing and high-precision cutting and welding, accurate positioning and stable control of the laser beam are essential. Even slight deviations or fluctuations in the beam can lead to a decline in processing quality and a deterioration in yield. This product is a voice coil-driven tip/tilt mirror stage capable of large-angle drive up to 8°. It enables high-precision and high-speed control of the laser beam's angle, achieving stable beam operation. [Application Scenarios] - Angle adjustment of the beam in laser processing - Laser applications requiring precise positioning - Laser systems requiring laser beam stabilization [Benefits of Implementation] - Realization of high-precision laser processing - Improvement in processing quality - Enhancement of yield

  • csm_V-931.01-KUZ_4de1c1115a.jpg
  • Actuator
  • Solenoid Actuators
  • Optical Experimental Parts
  • Mirror Stage

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Optical 8° Chip Tilt Mirror Stage V-931

A large-angle drive stage optimal for beam control in optical communication and optical systems.

In optical communication and optical systems, the precise control and stability of light beams are crucial factors that influence system performance. In particular, even slight misalignments or fluctuations in the beam can lead to signal attenuation and increased noise, potentially affecting communication quality and measurement accuracy. The V-931 is a voice coil-driven tip/tilt mirror stage capable of driving large angles of up to 8°. It allows for high-precision and high-speed control of the light beam's angle, enabling beam deflection and stabilization in optical systems. [Application Scenarios] - Beam adjustment in optical communication systems - Optical fiber alignment - Optical fiber sensor systems [Benefits of Implementation] - Improved communication quality through beam stabilization - Enhanced alignment efficiency through high-precision positioning - Increased system reliability

  • csm_V-931.01-KUZ_4de1c1115a.jpg
  • Actuator
  • Solenoid Actuators
  • Optical Experimental Parts
  • Mirror Stage

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