ProScan HEP4DMLS

Encoded High Resolution Stage For Leica DM-series Microscopes

The HEP4DMLS is an encoded motorized XY stage adapted for Leica upright microscopes.

The most accurate and precise stage in the ProScan H101 range, it uses a 1 mm pitch ballscrew and 400-step motor drive configuration to provide four times the resolution of the H101A stage, making it ideal for applications that require reliable, short stage movements.

Linear encoders ensure long-range repeatability while Prior's patented Intelligent Scanning Technology (IST) optimizes stage accuracy and linearity.

The HEP4DMLS accommodates a variety of specimen types including glass slides, multiwell plates, semiconductor wafers, and metallurgical samples. Alternative drive configuration options may be available depending on your region.

See the product compatibility tab for the full list of options available.

Enquire Now

Data Sheet

Adapted for Leica upright microscopes
100 nm linear encoders for enhanced repeatability
High step resolution and accuracy
Wide range of sample holders
Intelligent Scanning Technology™ (US Patent 7,330,307)

Product Code	HEP4DMLS	HEP1DMLS
Max travel range	114 mm x 75 mm	114 mm x 75 mm
Minimum Step Size	0.01 µm	0.01 µm
XY Repeatability	0.7 µm	0.7 µm
Load Capacity	10 kg	10 kg
Stepper Motor	2 phase bipolar, 1 amp per phase micro stepping	2 phase bipolar, 1 amp per phase micro stepping
Linear Slides	3 mm precision bearings	3 mm precision bearings
Drive screws	Zero backlash, recirculating ball screws; 2 mm pitch	Zero backlash, recirculating ball screws; 2 mm pitch
Encoders	0.1 µm res	0.1 µm res
Stepper Motor type	400 step	200 step

Specifications as per datasheet. Please see datasheet for details.

H230 Aluminum plate.
H220 Glass plate (not suitable for transmitted light microscopy).
H473UP Universal specimen holder (slides, Petri dishes and small flasks) for stereo microscopes
H649 Holder for a single 1 in, 1.25 in and 1.5 in mounted metallurgical specimen
H224LP Low profile slide holder for one 76x26 mm microscope slide.