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Inverted Metallographic Microscope LMIMM-701

Inverted Metallographic Microscope LMIMM-701 adopts semi-complex achromatic objective lens and infinite far chromatic correction optical system. Equipped with coaxial low hand adjusting moving ruler and extension board of loading platform. It has a slim wedge shape with dropdown stage controls for providing high comfort ability and high stability. It has Trinocular viewing head inclined at 45° angle. Focusing of specimen can be adjusted using coaxial coarse and fine focus controls with adjustable tension and focus stops.

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Specifications

View Tube Trinocular, 45° inclinedIPD adjustment: 54 mm to 75 mm
Diopter Adjustment ± 5 diopters
Eyepiece High eye level wide field WF 10 × (Φ22 mm)
Observation Bright field, fluorescence, phase contrast
Objective Infinitely long working anomalous field achromatic metallographic objective:5XLMPL5X/0.15WD10.8 mm10XLMPL10X/0.3 WD10 mm20XLMPL20X/0.45 WD4 mm
Stage Fixed platform size:160 mm×250 mm
Focusing System Coaxial coarse and fine focusing system
Illumination Reflection type colla illuminator with variable diaphragm and center adjustable field diaphragm

Features

Hinged three eyes for observation
Halogen lamp is used as a source of illumination
Trinocular inverted microscope with color corrected infinity optical system
Interpupillary distance adjustment from 54 to 75 mm
Solid aluminum casting for improved rigidity and stability
10x wide field eyepiece

Applications

It is widely used to examine the mounted metallurgical specimens and applied in the field of life science, medical research

Similar Products

Inverted Fluorescence Microscope LMIF-502

  • Head Type: Seidentopf trinocular, 45° tilt, 48 to 76 mm eye distance, 100% or 80/20 light split
  • Eyepiece: 10X magnification, 22 mm view
  • Nosepiece: 5-hole rotating (quintuple)
  • LWD Infinity Plan Objectives: 10x/0.25 (W.D.= 8.3 mm), 20x/0.40 (W.D.= 7.2 mm), 40x/0.60 (W.D.= 3.4 mm)
  • LWD Infinity Plan Phase Contrast Objectives: 20x/0.40 (W.D.=7.2 mm)

Inverted Biological Microscope LMIB-502

  • Viewing Head: Siedentopf Trinocular Head, 45° inclined,
  • Interpupillary Distance: 48 to 76mm
  • Light Distribution: Eyepiece: Trinocular head; 100:0, 20:80
  • Eyepiece: WF10X/22
  • Nosepiece: Quintuple

Inverted Biological Microscope LMIB-501

  • View Tube: Trinocular, 30° inclined, Splitting ratio: 100%:0, 0:100%, IPD adjustment: 54 mm to 75 mm
  • Diopter adjustment: ± 5 Diopter adjustable
  • Eyepiece: WF PL10 × (Φ20 mm)
  • Nosepiece: Four-position
  • Objective: Long working distance infinity plan achromatic objective: 10X/0.25, 25X/0.4, 40X/0.6
Inverted Trinocular Biological Microscope LMTM-503
  • Observation Tube: Trinocular head inclined at 30° angle
  • Interpupillary Distance: From 48 to 75 mm
  • Eye Piece: WF10X/18 mm
  • Objective: Infinity LWD Plan Achromatic objective 10X, 20X and 40X, LWD Phase contrast Objective 20X
  • Stage: Attachable mechanical stage with size 200×24×0 mm, X to Y travel is 122×80 mm

Frequently Asked Questions

1 What is an Inverted Microscope?

An Inverted Microscope is a laboratory apparatus designed to examine large & live specimens in culture dishes in order to allow easy access to the sample from underneath.

2 What is the difference between an Inverted and Upright Microscope?

In Inverted Microscope the objective lenses are positioned beneath the specimen whereas in Upright Microscope the objective lenses are positioned above the specimen.

3 Can Inverted Microscope be used for non-biological samples?

It is used in materials science and microelectronics for studying thin films, microstructures and other small-scale samples.

4 Can Inverted Microscope be used for time-lapse imaging?

It is engineered to help researchers in monitoring living cells over extended periods without disturbing the sample.

5 Can Inverted Microscope be used for multi-well plates or larger samples?

It can be used for working with multi-well plates, petri dishes and other large sample containers.

6 Can Inverted Microscope be used for 3D imaging?

Inverted Microscope equipped with confocal or structured illumination module can perform 3D imaging.