Thorlabs MDT630B MDT693B 3-Axis Piezo Controller with MAX302 NanoMax XYZ Flexure

Description

This bundle consists of the MAX302 3-Axis NanoMax Flexure Stage, three DRV3 Differential Micrometers, and the MDT693B Three-Channel Piezo Controller. Together, these items provide local and remote control of the position of our MAX302 NanoMax stage along X, Y, and Z with sub-micron resolution. Each axis has a maximum travel range of 4 mm. The DRV3 differential micrometers provide 4 mm of coarse travel and 300 µm of fine travel, with a calculated fine resolution of 100 nm. The embedded piezo elements provide an additional 20 µm of fine travel at a resolution of 20 nm.
This bundle includes three SMC cables, three SMC-to-BNC adapters (MDC40211), and a region-specific power cord selected at the time of the order.
MAX302 3-Axis NanoMax Flexure Stage
Designed for alignment applications requiring sub-micron resolution, the patented flexure design of the MAX302 ensures low crosstalk, high stability, and long-term reliability. This stage is compatible with our entire family of flexure stage accessories. In a typical multi-axis stacked stage, touching one of the two axes that are not referenced to "ground" will result in unwanted motion within the assembly. Since each of the axes in a NanoMax stage are coupled directly to the base of the stage, these adverse effects are eliminated.
DRV3 Differential Micrometer
The DRV3 features two large knobs for coarse and fine adjustment. The coarse adjuster knob provides 500 µm/rev over a 4 mm range, while the fine adjuster knob provides 50 µm/rev over a 300 µm range. The calculated fine drive resolution is 100 nm. The rubber grip on the fine adjuster knob reduces heat transfer when making small adjustments, improving stability.
MDT693B Three-Channel Open-Loop Piezo Controller
The MDT693B piezo controller features three precise, low-noise, independently controllable output channels and is capable of supporting the MAX302's absolute maximum control voltage of 75 V. The control voltage can be modified using rotary knobs on the front panel and by providing an external signal through BNC or USB 2.0.