biologische microscopen
BioBlue Lab
The BlueLine flagship BioBlue.Lab is an instrument that precisely matches highest expectations of microscopy users. These ergonomic easy-to-use microscopes have specifically been designed for educational and laboratory applications. The 150 x 140 mm stage with integrated rackless X-Y mechanical stage with 75 x 30 mm travel, provides a smooth translation of the specimen and highly precise positioning which is highky appreciated in most demanding cytology and histopathology applications
The BioBlue.Lab microscope models offer great functionality and are equipped with WF10x/20 mm eyepieces, plan and IOS plan 4x/ 10x/ S40x/ S100x infinity corrected objectives or plan phase and IOS plan phase contrast objectives 10x / 20x / S40x / S100x, which are finity or infinity corrected. All models are equipped with NeoLED illumination system and are available in binocular and trinocular versions.
biologische microscopen
NeoLED™
The innovative NeoLEDTM design is a combination of a custom LED and a specially designed thin lens with a short focal length in order to obtain three main bene ts:
- More oblique light from the LED light source can be captured, which increases the light output signi cantly
- Less energy is required to achieve this level of light intensity
- The larger aperture of NeoLED allows the optical systems of the microscope to produce images at higher resolutions, very close to the theoretical di raction limit of the optics
biologische microscopen
BB.1153-PLi
809,00 euro
Trinoculair met Plan IOS objectieven 4x 10x 40x en 100xoi
biologische microscopen
NeoLED™ verlichting
The innovative NeoLEDTM design is a combination of a custom LED and a specially designed thin lens with a short focal length in order to obtain three main bene ts:
- More oblique light from the LED lightsource can be captured, which increases the light output signi cantly
- Less energy is required to achieve this level of light intensity
- The larger aperture of NeoLED allows the optical systems of the microscope to produce images at higher resolutions, very close to the theoretical di raction limit of the optics