The mirror mount is equipped with 2 piezoelectric actuators for adjustment, featuring piezoelectric fine-tuning

Typical angular resolution: 0.5urad ±20% (for 1-inch mount), 0.3urad ±20% (for 2-inch mount)

Piezoelectric actuator includes a knob for manual adjustment, with a 2mm hex socket on the end face for wrench operation

The mirror mount is equipped with 2 piezoelectric actuators for adjustment, featuring piezoelectric fine-tuning capability.

The piezoelectric actuator includes a knob for manual adjustment, with a 2mm hex socket on the end face for a wrench.

Drive cables and controller are included.

Typical step size: 10-30nm

Equipped with power-off self-locking function

Speed: 1mm/min

Typical stabilization time of 25 ms enables fast acquisition and high frame rate scanning

Maximum clear aperture of Ø29.0 mm supports large field of view objectives

Capacitive feedback sensor provides a minimum resolution of 1 nm and helps users actively compensate for drift

Delay range: 0-667 ps, 0-1467 ps

Minimum delay amount: 0.667 fs

Components are partially detachable and compatible with other translation stages

Stroke versions of 6 mm and 13 mm available

Compatible with Ø8.6mm smooth bore or M6×0.25 threaded optical mounts and manual stages

Secondary development in languages such as C/C++, LabVIEW, C#, Python available

Two sizes available: Ø1/2 inch, Ø1 inch

Secondary development in languages such as C/C++, LabVIEW, C#

High frequency, low noise

Manual operation & PC control

9-level adjustable display brightness

Low-noise motor drive system

Visual operation, simple and convenient

Large scanning angle

Compact size, high reliability

Controller with three-channel, three motor driver chips, capable of connecting three motors simultaneously

High-resolution microstepping control, suitable for precise positioning

A user-friendly GUI control software for convenient operation available