SMZ-160 TH head

A stereo microscope head based on a Greenough optical system. The parfocal 6:1 zoom optics is meant for OEM purposes or the integration in experimental setups. The trinocular head with 45° inclination is adjustable in a range of 50-75mm Interpupillary distance. The Widefield eyepieces WF10X/20mm provide a quick sample overview. A working distance of 110mm gives freedom for... View More
Product code
1101010100921
570.00€
Prices shown are the Manufacturer’s Suggested Retail Prices (MSRP) and may vary depending on the country. Prices do not include VAT, nor shipping, installation, insurance or any other additional services or taxes. Please note that the optical configuration of this specific model may differ from the objectives shown in the images.
Prices shown are the Manufacturer’s Suggested Retail Prices (MSRP) and may vary depending on the country. Prices do not include VAT, nor shipping, installation, insurance or any other additional services or taxes. Please note that the optical configuration of this specific model may differ from the objectives shown in the images.
Specifications
Model SMZ-160 TH head
Observation tube Trinocular head
Optical system Greenough
Inclination 45º inclined
Trinocular light split Fixed 50:50
Interpupillary distance 50-75mm
Diopter adjustment On both tubes, +/- 5 diopter
Eyepieces Widefield WF10X/20mm
Objectives system Zoom, ratio 6:1
Objectives 0.75X~4.5X
Working distance 100mm
Accessories included Dust cover
Dimensions LxWxH 280x220x367mm
Weight Net 1.4kg
Contrast techniques
Standard contrast technique Brightfield
Specifications
Model SMZ-160 TH head
Observation tube Trinocular head
Optical system Greenough
Inclination 45º inclined
Trinocular light split Fixed 50:50
Interpupillary distance 50-75mm
Diopter adjustment On both tubes, +/- 5 diopter
Eyepieces Widefield WF10X/20mm
Objectives system Zoom, ratio 6:1
Objectives 0.75X~4.5X
Working distance 100mm
Accessories included Dust cover
Dimensions LxWxH 280x220x367mm
Weight Net 1.4kg
Contrast techniques
Standard contrast technique Brightfield