BA310 MET PSM-1000 Plan Apochromatic Objectives
PantheraTEC MAT PantheraTEC POL
Motic Industrial Microscopes
The Motic BA310MET is an affordable and powerful metallurgical microscope line. The Motic BA310 MET is an inexpensive alternative to traditionally branded metallurgical microscopes. Capable of incident light brightfield and polarized reflected illumination.
The PSM-1000 is standard equipped for laser work covering the spectrums ranging from 355nm [UV] to 532nm [Green] to 1064nm [IR]. Conveniently positioned, the beam splitter switches the PSM-1000 from a visual unit [50:50 split between binocular eyetubes and trinocular port] to a laser work unit. Through the specially coated optical system, the PSM-1000 produces an infrared [1064nm] efficiency of 82%.
Motic Plan Apochromatic objectives are simply the best possible lenses available! Superb color clarity with long working distances for crisp, detailed, aberration-free images.
PantheraTEC MAT is a new generation of advanced EpiScopic metallurgical microscopes for inspection and analysis. It is composed of 4 models, you can choose between contrast methods like DIC, Darkfield, or the new Segmentable Darkfield, as well as Halogen or LED light sources. It is good to remark the superb imaging performance provided by Motic LM Plan BD objectives.
All of them have an LED condenser, “Motic LightTracer” digital illumination control, and can be upgraded with the Smart CAM and ImagingOnDevice system.
PantheraTEC POL is a new generation of EpiScopic Polarization Microscopes combined with a Bertrand lens system. The 2 models feature Strain-free Optics and Top grade Filters. The Bertrand lens system is both focusable and centerable. The pre-centered rotating stage with 160mm diameter has got a hard coated and chemical resistant surface; where a high precision ball-bearing mechanism ensures smooth rotation.
Choose between a simple model with incident illumination, capable to perform Polarization, and a more advanced model that can perform also Brightfield, with incident and transmitted illumination.
