Nanopositioning Piezo Actuator

Product Details Nanopositioning piezo actuator and USB controller are sold separately; both are required for a complete system. 100μm Range of Motion 1.5nm High Resolution Positioning Interchangeable Quick Mount Adapters The Microscope Objective Nanopositioning System is a piezo driven, flexure guided, nanopositioning focusing element system. Combining 100μm of travel with low off-axis motion, the nanopositioning piezo actuator ensures stable microscope images throughout the entire range of motion. RMS, M25, and M26 quick mount adapters set thread directly into the microscope turret and provide a stable mounting surface for the nanopositioning actuator. Note: Nanopositioning piezo actuator (required), USB controller (required), and quick mount adapters (at least one required) are sold separately. The EO-Drive controller connects directly to any USB port on a Windows (XP, Vista, Windows 7) compatible computer, and provides high resolution, 16-bit control of the lens motion. Software drivers, LabVIEW examples, and a LabVIEW tutorial are included. LabVIEW examples are open source, and can be used as a starting point in LabVIEW routines written for specialized imaging applications. Specifications General Type: For Microscope Objectives Resolution (nm): 1.5 Physical & Mechanical Properties Type of Movement: Linear (Z) Construction: Aluminum and Brass Body Load Capacity (g): 300 Range of Motion (μm): 100 Runout, θ x (μrad): 6 Runout, θ y (μrad): 10 Optical Properties Optical Path Difference (mm): 12.7 Electrical Frequency (Hz): 500 Frequency Stability (%): ±20 Hardware & Interface Connectivity Type of Drive: Ultrasonic Motor Power Supply: Controller with EO-Drive and 16-bit USB Open Loop Threading & Mounting Mounting Threads: Sold Separately Material Properties Stiffness (N/μm): 1 Regulatory Compliance RoHS 2015: Compliant × Certificate of Conformance: View ×