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These Checklists will help you!
Which microscope is the right one to use in typical biological, metallurgical applications, typical polarisation or stereo microscope applications
Practical checklist which you can use to quickly find the right microscope by using filters for the relevant objectives, magnifications, field of view, grinding for the lenses and much more
Practical checklist which you can use to quickly find the right refractometer
Compound microscopes
Fluorescence Microscopes
Inverted Microscopes
Metallurgical microscopes
Polarising microscopes
Stereomicroscopes
Stereomicroscope sets
Stereomicroscope accessories
Digital microscope sets
Video microscopes
External Illumination
Microscope cameras
Refractometers
Polarimeter
Tube type: BinocularIllumination type (incident): LEDMagnification objectives: 0,7 x - 4,5 x
Area of application: Basic measurements for Brix and refractive indexScales: Refractive index, BrixATC: ✔
Optical rotation: -180° – +180°Nonius: 0,05°Wavelength: 589 nm
Tube type: BinocularIllumination type (transmitted): LEDMagnification objectives: 0,75 x - 5 x
Tube type: TrinocularIllumination type (transmitted): LEDMagnification objectives: 4 x / 10 x / 40 x / 100 x
Tube type: BinocularIllumination type (transmitted): HalogenMagnification objectives: 0,75 x - 5 x
Dimmable: ✔Color temperature: 6400 KIlluminance: 20 WGooseneck lenght: 540 mm
Dimmable: ✔Color temperature: 6500-7000 KIlluminance: 4,5 WPolarising filter: ✔
Tube type: TrinocularIllumination type (transmitted): LEDMagnification objectives: 4 x / 10 x / 40 x
Tube type: TrinocularIllumination type (transmitted): LEDMagnification objectives: 0,7 x - 4,5 x
Tube type: BinocularIllumination type (transmitted): LEDMagnification objectives: 4 x / 10 x / 40 x / 100 x
Tube type: BinocularIllumination type (transmitted): LEDMagnification objectives: 0,7 x - 4,5 x
Tube type: BinocularIllumination type (transmitted): HalogenMagnification objectives: 0,7 x - 3,6 x