Inverted Biological Microscope 43-IBM400

Lab Expo Inverted Biological Microscope 43-IBM400 is with compact & sleek design is equipped with stable & reliable ‘T’ type base, phase contrast long working distance objectives. It helps user to configure the cell more clearly thereby provides high quality images of the specimen. This user-friendly inverted microscope is used in many branches of biology.

$2,933.00 $ 2444

Inverted Biological Microscope 43-IBM400 - Specifications

Viewing head Monocular viewing head
Eyepiece 10X/ 18 mm
Objectives 4X/N.A. 0.08, working distance= 16
10X/N.A. 0.25, working distance= 3.6
40X/N.A. 0.6, working distance= 0.6
Nosepiece Triple nosepiece 4X/ N.A. 0.8, WD 16 mm
Optical system Finite optical system
Condenser Bright field condenser with iris diaphragm
Stage dimensions Plain stage with slide specimen clips
Range of vertical stroke Up 1.6 , down 1
Illumination 0.1 W LED illumination (rechargeable)
Dimension 200 × 200 × 80 mm
Gross weight 2 kg

Inverted Biological Microscope 43-IBM400 - Key Features

  • Monocular viewing head with 10X/18mm eyepiece
  • Plain stage with slide specimen clips
  • Triple nosepiece with 4X/N.A.0.8 objectives
  • Bright field condenser with iris diaphragm
  • Finite optical system for clear imaging
  • 0.1W LED illumination rechargeable power source

Inverted Biological Microscope 43-IBM400 - Applications

FunctionImplementation
Cell culture labs10X/ N.A. 0.25, working distance= 3.6 enables observation of live specimens in flasks
Microbiology workflowsTriple nosepiece 4X/ N.A. 0.8, WD 16 mm supports rapid objective switching
Quality control stationsPlain stage with slide specimen clips secures samples during routine inspection
Research benchtop useDimension: 200 × 200 × 80 mm fits space-constrained laboratory setups
Field sampling unitsGross weight: 2 kg allows transport between collection sites and lab analysis

Inverted Biological Microscope 43-IBM400 - Catalog

Related Inverted Biological Microscope

Lab Expo Inverted Biological Microscopes are structured around inverted optical geometry to enable direct observation of cells and cultures within vessels. A rigid T-base frame minimizes vibration, while long working-distance phase contrast objectives and matched condenser systems support clear imaging of thick samples. Binocular or trinocular viewing options, precision focus control, and stable illumination ensure accurate, repeatable cell analysis for research, clinical, and academic laboratory workflows.