NanoScan OP400 Inverted Microscope Nanopositioning Piezo Objective Scanner

This nanopositioning piezo objective scanner for inverted microscopes includes a controller, microscope thread adapter, and an objective lens adapter. Parfocal objective spacers are available below. Applications for this objective scanner include optical sectioning producing 3D images, autofocus systems for time lapse imaging, high content screening, surface analysis, wafer inspection, scanning interferometry, and multiphoton microscopy.

NanoScan OP400 Positioner Specifications:

• Close Loop Range: 400µm
• Resolution: 0.7nm under 150g load
• Linearity: 0.005%
• Repeatability: 1.6nm Slow PID, 50µm step, 1SD
• Max Objective Load: 800g (select objective weight when ordering)
• 5% Settle 0.5µm Step: 150g = 7ms, 250g = 10ms, 500g = 18ms
• 0.5% (500nm) Settle 100µm Step: 150g = 30ms, 250g = 35ms, 500g = 45ms
• Objective Clearance: 40mm
• Cable Length: 2m
• Weight: 439g

NPC-D-6110 Controller Specifications:

• Interfacing: Analog command input and position output for compatibility with existing systems. Digital commands over USB for maximum accuracy with a DLL interface for customer software.
• Cooling: Convection cooled, temp controlled fans
• Compatibility: Queensgate Nanobench, Micro-Manager, Metamorph, Elements via RS232C and other software using DLL interface. Can be connected to Prior ProScan III for integrated fine z-control.
• Controller Box Dimensions: 318mm x 240mm x 90mm
• Weight: 3kg

View the NanoScan OP400 Nanopositioning Piezo Objective Scanner Datasheet

NOTE: This item is not returnable.

Prior Part # QGOP400-INV-D1, QGOP400-INV-HL-D1, QG-OP-MIC-RMS, QG-OP-MIC-M25, QG-OP-MIC-M32, QG-OP-MIC-M27, QG-OP-MIC-W26, QG-OP-MIC-M27-1, QG-OP-OBJ-RMS, QG-OP-OBJ-M25, QG-OP-OBJ-M27, QG-OP-OBJ-W26, QG-OP-OBJ-M27-1.