Description
Microscopes for materials science applications have the specific objectives and other tools like incident illuminations, polarization and compensation filters. This allows precise observation of materials like metals, plastics, minerals, asbestos, glass, wood and chemical materials.
Euromex offers a range of metallurgical microscopes, microscopes with rotatable stages and stain-free objectives for polarized light observation, microscopes for asbestos identification and inverted materials science microscopes.
iScope materials science (metallurgical)
- Trinocular model
- EWF 10x/20 mm eyepieces
- Reversed quintuple revolving nosepiece
- Epi-NeoLED illumination
Delphi-X Inverso materials science
- Observation of materials science samples
- Brightfield, dark field, polarization
- DIC (differential interference contrast)
- Long working distance IOS plan semi apochromatic objectives
bScope materials science (metallurgical)
- Materials science microscopes
- WF 10x/22 mm eyepieces
- Plan M-IOS objectives
- Color coded condenser
Delphi-X Observer materials science (metallurgical)
- Brightfield and Darkfield illumination
- Normarski DIC (optional)
- Infinity Optical System (IOS)
- High contrast BD objectives with minimal abberations
Delphi-X Observer polarization
- Brightfield and polarization
- 360° rotatable analyzer and polarizer
- Bertrand lens for conoscopic observation
- Enhanced infinity corrected EIS optical system
Achios-X Observer metallurgical
- Brightfield and darkfield Epi illumination
- Nomarski DIC (optional)
- IOS Plan Semi-Apo and Plan Apo objectives
- Smart Light Control (SLC)
iScope materials science (polarization)
- Binocular and trinocular models
- Ø 160 mm rotatable round stage
- Plan strain free infinity corrected objectives
- EWF 10x/20 mm and EWF 10x/22 mm eyepieces
iScope materials science (asbestos)
- Binocular and trinocular models
- HWF 12.5/15 mm eyepieces
- Reversed quintuple revolving nosepiece
- Infinity corrected IOS objectives
Oxion Inverso materials science
- Observation of all types of materials
- Brightfield with polarization
- Long working IOS plan achromatic objectives
- Long working IOS plan semi apochromatic objectives
Oxion materials science
- Trinocular models
- Reversed quintiple nosepiece
- Transmitted NeoLED illumination
- Reflected NeoLED illumination
