LIFE SCIENCE | Bacteriology

Study of bacteria as subdivision of microbiology. Identification, classification

BioBlue.Lab

• The BlueLine flagship
• Binocular and trinocular models
• Plan and plan IOS objectives
• Finity and infinity optical system

View Oxion Inverso

• Life Science applications
• Observation of living cells
• Brightfield, phase contrast & fluor
• 5 W LED transmitted illumination

View Oxion

• For professionals in Life Sciences
• Bino and trino systems
• High resolution optics
• Optional tilting head

View Delphi-X Observer

• Sextuple reversed nosepiece with slot for optional DIC prism(s)
• Super Wide field SWF 10x/25mm eyepieces, Ø 30 mm tubes
• Enhanced infinity corrected EIS optical system
• Ergonomic tilting head

View iScope

• EWF 10x/22 mm and EWF 10x/20 mm eyepieces
• Smart Light Control (SLC) system available
• Plan, phase and darkfield illumination
• Medical device class I

View bScope

• Medical device class I
• Monocular, binocular and trinocular models
• Robust and attractively priced
• Reversed ball-beared quadruple or quintuple rotating nosepiece

View Delphi-X Inverso

• Life science applications
• Observation of tissue cultures, living cells
• Brightfield, phase contrast
• DIC (differential interference contrast)

View Delphi-X Inverso fluorescence

• Life science applications
• Observation of fluorescence in tissues and cells
• Brightfield, phase contrast fluorescence observations
• DIC (differential interference contrast)

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