TM 2 - Technical Microscope

The universal microscope for the technics - ∞ corrected optics

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Different microscopic tasks can be achieved with the TM 2 microscope system. Up to four objectives can be used in the nosepiece.

The TM 2 is configured to use in prior infinity ∞ corrected optics (objective). You will get a clear and sharpen picture of your sample in combination with a coaxial reflected light illumination. The TM 2 can be used as stand version but also as a machine variant.

Technical Data

	*LD - Objective ∞*	*Micro-Objective ∞*
Magnification: (Tube factor 0,63x)	10x ... 45x	50x ... 1000x
Eyepiece:	GF-Pw 16x/12.5, glasses
Object field (min; max):	4 ... 20mm	0,2 ... 4mm
Working distance (min; max):	39 ... 210mm	0,21 ... 20mm
Travel range (adjustment) drive mechanism:	50mm 25mm (Coaxial coarse and fine drive)

TM 2 - mit koaxialem Auflicht und koaxialem Grob- und Feintrieb

Magnification tables

The following magnification tables are showing possible eyepiece -/objective – and TV-Adapter configurations with correlated magnifications and horizontal object fields Ø (mm).

LD - Objective ∞

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Micro-Objective ∞

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The microscope system TM 2 was developed to use infinity ∞ corrected objectives. There are available LD (Long Distance) objectives with a focal length of f=200mm, f=160mm, f=125mm and f=44mm.

LD-Objectives ∞

Furthermore there are also micro-objectives with an alignment of 45mm, infinity ∞ corrected.

Micro-Objectives ∞, 45mm alignment

Equipment/Variants

The TM 2 microscope can be configured individually with different stands, illuminations (reflected or transmitted light) based on halogen or LED, Photo- or TV-Adapter, supplementary lenses, different posi-tioning stages (e.g. for measurement tasks), polarization… The TM 2 can be configured as normal stand version or for an adaptation at a machine.

A lot of microscopic tasks in the range of technique can be solved with the microscopes TM 2 and KMA 1 because of the large optical variability, the small and compact construction (design) and the large working distances.