Inverted Biological Microscope LB-13IVBM Catalog

Inverted Biological Microscope LB-13IVBM offers an infinite optical system, ensuring clear and precise imaging of cells and tissues. It includes 45 mm diameter filters in blue, green, and ground glass for enhanced imaging clarity. It has a quintuple nosepiece for convenient rotation and selection of different magnifications. Our microscope features a 30° inclined trinocular viewing head for accurate and convenient observation.

Viewing Head	Trinocular Head
Inclination	Inclined 30°
Interpupillary Distance	48 to 75 mm
Extra Wide Field Eyepiece	EW10×/22, High-point, Extra wide field
LWD Infinite Plan Objective	4×/0.1, WD 18 mm 40×/0.6, WD 2.6 mm
Infinite Plan Phase Objective	PH10×/0.25, WD 10 mm PH20×/0.4, WD 5.1 mm
Nosepiece	Quintuple Nosepiece
Condenser	ELWD Condenser N.A. 0.3
Long Working Distance	72 mm
Phase Annulus	10× to 20× Phase Annulus Plate
Stage	Plain Stage: 160 × 250 mm Auxiliary Stage: 70 × 180 mm
Focusing	Coaxial Coarse & Fine Adjustment Coarse Stroke: 37.7 mm per Rotation Fine Stroke: 0.2 mm per Rotation
Illumination	Halogen Lamp 6V/30W
Filter	Blue, Green, Ground Glass, Diameter 45 mm
Power Supply	110 to 240V
Dimension	460 × 410 × 670 mm
Net Weight	11 kg
Gross Weight	15 kg

• Coaxial fine focus

• Halogen illumination lamp

• Extra-long condenser

• Brightness adjust knob

• Glass insert plate

• Infinity Plan LWD Objective 10×/0.25, WD10mm (cover glass 1.2mm) × 1
• Infinity Plan LWD Objective 20×/0.4, WD 5.1mm (cover glass 1.2mm) × 1
• Infinity Phase Contrast Objective PH 40×/0.6, W.D. 0.35mm × 1
• Phase Contrast Slide 10× to 20×, 40×  × 1
• Working Stage Accessories TERASAKI Holder × 1
• Working Stage Accessories ф38 Petri Dish Holder × 1
• Working Stage Accessories ф54 Slide Glass Holder × 1
• Working Stage Accessories ф90 Slide Glass Holder × 1
• Photo Attachment, Digital SLR Camera Use 2×, Eyepiece Tube 23.2 - Nikon Digital Camera M42mm × 0.75 × 1
• C-Mount 1.0× C Mount × 1
• C-Mount 0.45Adapter × 1

Inverted Biological Microscope LB-13IVBM is used to observe living and transparent specimens, liquids, and deposits in culture vessels. It is widely applied in cell biology, microbiology, tissue culture, and biomedical research laboratories.