The PR-ES102 –automated stage is ideally suited for routine imaging applications that require precise XY stage movement of the sample. Applications involving microscope automation are many and varied. The PR-ES102 was designed with this in mind and the result is the most flexible system commercially available for the Meiji Techno models. Ergonomic joystick is recommended with all stage systems to provide fast, responsive control of the stage. Two Hot Keys are provided to quickly change stage and focus motor speeds. The PR-ES102 is your complete turnkey solution to add automation to your Meiji Techno Microscope stage. This is a motorized two axis stage system that can be added on the MT4000/MT5000/MT6000 MT400D/ MT5000D/ MT4000V/ MT5000V/ MT9000/ MT9900/ MT9400/ MT9500/ MT6100/ MT6500/ MT6800 Meiji Techno Upright models. Using anti backlash precision lead screws and accurate stepper motors. PR-ES102 combines reliability with the highest performance in it’s class. Semi-adjustable limit switches are provided as standard accessory and the proper stage for the model desired. It includes Multi-Axis Controller, X&Y joystick control and PC RS232 and 2.0 USB cable, upright motorized stage. PR-ES102 stage provides a fast smooth positioning without vibration thanks to a unique S-curve acceleration algorithm.
Power: Universal external power supply. Input 100-240V, 50/60Hz max 1.6A
Communications Protocal: RS232C at 9600, 19200 or 38400 baud, 8 bit word, I stop bit, no parity, no handshade OR USB 1.0
Travel Range: Upright; 125m x 75mm
Repeatability: ± 5µm
Stage: Made of Alluminum
Manufacturer: MADE IN ENGLAND
Warranty: 3 YEARS FOR MECHANICAL ISSUE
Warranty: 2 YEARS FOR ELECTRICAL ISSUE
Includes:
Package Information
The PR-ES102 stage for upright microscopes offers the optimum compromise between price and performance. The PR-ES102 stage are characterized by their excellent running behavior, constant smoothness and extremely short "settling time" resulting from controllers that are especially harmonized with the stages.
The PR-ES102 –automated stage is ideally suited for routine imaging applications that require precise XY stage movement of the sample. Applications involving microscope automation are many and varied. The PR-ES102 was designed with this in mind and the result is the most flexible system commercially available for the Meiji Techno models. Ergonomic joystick is recommended with all stage systems to provide fast, responsive control of the stage. Two Hot Keys are provided to quickly change stage and focus motor speeds. The PR-ES102 is your complete turnkey solution to add automation to your Meiji Techno Microscope stage. This is a motorized two axis stage system that can be added on the MT4000/MT5000/MT6000 MT400D/ MT5000D/ MT4000V/ MT5000V/ MT9000/ MT9900/ MT9400/ MT9500/ MT6100/ MT6500/ MT6800 Meiji Techno Upright models. Using anti backlash precision lead screws and accurate stepper motors. PR-ES102 combines reliability with the highest performance in it’s class. Semi-adjustable limit switches are provided as standard accessory and the proper stage for the model desired. It includes Multi-Axis Controller, X&Y joystick control and PC RS232 and 2.0 USB cable, upright motorized stage.
Superb X,Y Stage:
The PR-ES102 was designed with this in mind and the result is the most flexible system commercially available. Stage is made of aluminum and provide a fast smooth positioning without vibration thanks to a unique S-curve acceleration algorithm.
Applications:
Biomedical
Biomaterials testing
Medical imaging
Scanning probe in medical imaging
Microfluidics
Positioning flow cells for particle analyser
Automated patch clamp for oocyte
Syringe pump applications
Biomedical engineering application involving surgical laser control
Photoacoustic imaging project
E. coli research
Fluorescence detection system
Material Science
Materials testing
Surface scanning
Surface reaction
Thin film coating
Thin films gradient testing
Atomic Force Microscope (AFM) applications
3D measurements
Scanning surface of laser-ablation samples
Metrology and calibration
Development of MEMS
Stereo lithography
Industrial
Semiconductor research
Step and repeat
Positioning for machine vision systems
Sorting and automated handling systems
Electrical connector life testing
Life Sciences
Soft-tissue tensile testing
Light sheet fluorescence microscopy
Three-dimensional motile microorganism tracking
Worm tracking
Laser capture microdissection
Atomic physics research
