The P-545.R7 Plnano® XY(Z) Piezo System is a low-cost nanopositioning system for super-resolution microscopy. It features a cost-effective design due to its piezoresistive sensors, easy integration with its 20 mm profile, up to 200 x 200 x 200 µm travel ranges, and much more.
This fast steering tip/tilt mirror features a miniature design, up to 100 mrad deflection, millisecond response, resolution to 0.2 µrad, closed-loop position servo-control for high accuracy, a frictionless and high-precision flexure guiding system, parallel kinematics for enhanced dynamics and better multi-axis accuracy, and much more.
This linear flexure actuator features frictionless guidings and travel ranges to 0.5 mm. It’s ideal for precision motion control in optics for micropumps, valve control, dosing systems, and other applications involving medical, biotech, and microfluidics applications.
PICMA® Stack Multilayer Piezo Actuators are ideal for industrial and research applications. This can include cryogenic environments with reduced displacement, and high-speed switching, precision, positioning, active, and adaptive systems.
This automated stage provides high resolution and highly repeatable means of X and Y position controlling of the microscope stage, and has been designed to be able to scan eight 25 x 75 mm slides at a time. Additionally, this stage has a travel range of 9” by 4” (225 x 100 mm).
This low profile XY stage provides 100 mm (4”) of Y-axis travel and an extended 250 mm (10”) of X-axis travel, allowing for easy robotic handling or for holding more samples per stage insert. The stage itself features an obstruction-free flat top, wide dynamic speed range with XY joystick control, proven operation with many popular software packages, and much more.
The MS-2000 Flat Top XYZ Automated Stage provides high resolution and highly repeatable control of the X and Y position on a microscope stage. It features a closed-loop DC servo control for precise positioning and repeatable focusing, proven operation with many software packages, “zero” and “home” buttons for simple stand-alone operations, a Z-axis clutch for easy switching between manual and motor driven focus control, and much more.
This automated stage has been designed to control the X, Y, and Z position of the microscope stage while providing high resolution and high repeatability. Closed-loop DC servometers with high-resolution rotoary encoders for positioning feedback are used to precise control of the XY axes. This prevents the stage from becoming lost during operation, a common problem encountered when using open-loop micro-stepped stages after several moves and direction changes. The DC servometers also provide smooth and accurate motion.
This inverted manual stage is the ideal solution for engineers that require automated Z-axis positioning for acquiring precise z-axis stacks, but do not need automated XY movement. The PZM-2000 manual stage includes ASI’s piezo top plate mounted with your existing OEM stage. If necessary, ASI can modify or exchange your current OEM stage with a PZM-2000 unit. If the top plate will be mounted to your existing stage, it will need to be machined. This is so the stage can still provide high resolution and highly repeatable focusing when controlling the Z position of the microscope stage.
This precision piezo z-axis stage can be used by itself in stand-alone applications, or it can be attached to the top of a microscope’s existing XY stage. On some microscopes, this top plate can be mounted to an OEM stage.
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