Motorized High Performance Stage For Inverted Microscopy

The ProScan H117P1N4 motorized XY stage is compatible with Nikon inverted microscopes and Prior's OpenStand-V imaging platform. 

It uses a 1 mm ballscrew, 400-step motor drive configuration for high-resolution movements. This makes the H117P1N4 a good choice for experiments that require precise movements and high stability in one position, such as well plate scanning or time-lapse imaging.

Prior's patented Intelligent Scanning Technology (IST) optimizes stage accuracy and linearity. 

A flat top plate allows easy access to the sample for loading, compatibility with many stage-top incubation systems, and enables the use of peripheral equipment around the sample for complex imaging operations. 

The H117P1N4 is compatible with Nikon NIS elements software (appropriate package required). 

The HLD117NN linear motor stage is adapted for Nikon inverted research microscopes. It is also suitable for OEM devices and customized research applications.

It is the most accurate and repeatable stage Prior offers providing controlled constant velocity for continuous motion scanning or stitch mosaicing. It is suitable for long-term time-lapse imaging, high-content screening (with Prior's PLW20 well-plate loader), and point-to-point imaging.

The HLD117NN uses low-friction linear drives for exceptional acceleration and deceleration, and operates at higher speeds than stepper motor stages while also being almost silent during operation. It features 50 nm linear encoders for enhanced long-range accuracy and linearity. 

Its flat top plate allows easy access to the sample for loading and ensures compatibility with a wide range of optics. 

This stage is compatible with Nikon NIS Elements software (appropriate package required).

Encoded Motorized High Performance Stage for Inverted Microscopy

The ProScan H117E1N4 motorized XY stage is compatible with Nikon inverted microscopes and Prior's OpenStand-V imaging platform. 

It uses a 1 mm ballscrew, 400-step motor drive configuration, and linear encoders for exceptional long-range linearity. This makes the H117E1N4 an excellent stage for long-term, multipoint time-lapse experiments that require both high-precision movements and high stability in one position over extended periods.  

Prior's patented Intelligent Scanning Technology (IST) optimizes stage accuracy and linearity. 

A flat top plate allows easy access to the sample for loading, compatibility with many stage-top incubation systems, and enables the use of peripheral equipment around the sample for complex imaging operations. 

The H117E1N4 is compatible with Nikon NIS elements software (appropriate package required). 

Linear Motor Ultra-precision Stage for Evident/Olympus Inverted Microscopes

The HLD117IX linear motor stage is adapted for Evident/Olympus inverted research microscopes. It is also suitable for OEM devices and customized research applications.

It is the most accurate and repeatable stage Prior offers providing controlled constant velocity for continuous motion scanning or stitch mosaicing. It is suitable for long-term time-lapse imaging, high-content screening (with Prior's PLW20 well-plate loader), and point-to-point imaging.

The HLD117IX uses low-friction linear drives for exceptional acceleration and deceleration, and operates at higher speeds than stepper motor stages. It features 50 nm linear encoders for enhanced long-range accuracy and linearity. 

Its flat top plate allows easy access to the sample for loading and ensures compatibility with a wide range of optics.  

This stage is compatible with Evident/Olympus CellSens Dimension software (appropriate package required).