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MAGUS IN UsE
Veterinary laboratory VetLab, Sofia, Bulgaria. Pet diseases diagnostics
MAGUS Bio 250T Biological Microscope
Magnification: 40–1000x. Trinocular head, infinity plan achromatic objectives, 30W halogen bulb
Magnification: 40–1000x. Trinocular head, infinity plan achromatic objectives, 30W halogen bulb
MAGUS Bio 250T Biological Microscope
Magnification: 40–1000x. Trinocular head, infinity plan achromatic objectives, 30W halogen bulb
Magnification: 40–1000x. Trinocular head, infinity plan achromatic objectives, 30W halogen bulb
Veterinary laboratory VetLab, Sofia, Bulgaria. Pet diseases diagnostics
Beekeeping institute, Maslovice, Czech Republic.
Artificial insemination of bee colonies
Artificial insemination of bee colonies
MAGUS Stereo 7T Stereomicroscope
Magnification: 6.7-45x. The Greenough optical design. Trinocular head, 3W LED transmitted light Illuminator, 3W LED reflected light oblique illuminator
Magnification: 6.7-45x. The Greenough optical design. Trinocular head, 3W LED transmitted light Illuminator, 3W LED reflected light oblique illuminator
Beekeeping institute, Maslovice, Czech Republic.
Artificial insemination of bee colonies
Artificial insemination of bee colonies
MAGUS Stereo 7T Stereomicroscope
Magnification: 6.7-45x. The Greenough optical design. Trinocular head, 3W LED transmitted light Illuminator, 3W LED reflected light oblique illuminator
Magnification: 6.7-45x. The Greenough optical design. Trinocular head, 3W LED transmitted light Illuminator, 3W LED reflected light oblique illuminator
Villaverde University, Madrid, Spain. Students microscopy classroom
MAGUS Bio 250T Biological Microscope
Magnification: 40–1000x. Trinocular head, infinity plan achromatic objectives, 30W halogen bulb
Magnification: 40–1000x. Trinocular head, infinity plan achromatic objectives, 30W halogen bulb
Villaverde University, Madrid, Spain. Students microscopy classroom
MAGUS Bio 250T Biological Microscope
Magnification: 40–1000x. Trinocular head, infinity plan achromatic objectives, 30W halogen bulb
Magnification: 40–1000x. Trinocular head, infinity plan achromatic objectives, 30W halogen bulb
Forensic Laboratory
MAGUS Metal VD700 LCD Metallurgical Inverted Digital Microscope
The primary objectives: examination of crossing lines and the forensic examination of documents.
The primary objectives: examination of crossing lines and the forensic examination of documents.
Forensic Laboratory
MAGUS Metal VD700 LCD Metallurgical Inverted Digital Microscope
The primary objectives: examination of crossing lines and the forensic examination of documents.
The primary objectives: examination of crossing lines and the forensic examination of documents.
University for Humanities, Department of State and Legal Disciplines
MAGUS Pol 800 Polarizing Microscope
The primary objective is to educate students in the fiber forensic examination.
The primary objective is to educate students in the fiber forensic examination.
University for Humanities, Department of State and Legal Disciplines
MAGUS Pol 800 Polarizing Microscope
The primary objective is to educate students in the fiber forensic examination.
The primary objective is to educate students in the fiber forensic examination.
Non-ferrous Metal Processing Plant, Central Testing Laboratory
MAGUS Stereo 8T Stereomicroscope
The primary objectives:
- analyzing the macrostructure to study the quality of the metal templates made from the ingots of non-ferrous metals and alloys
- determining the residual tangential stresses of the first kind in brass tubing (this method is based on determining the amount of deformation that occurs in the annular sample resulting from the release of internal stresses when the sample is cut along its height; the amount of deformation is measured as the difference between the width of the gap formed and the thickness of the tool that is used).
The primary objectives:
- analyzing the macrostructure to study the quality of the metal templates made from the ingots of non-ferrous metals and alloys
- determining the residual tangential stresses of the first kind in brass tubing (this method is based on determining the amount of deformation that occurs in the annular sample resulting from the release of internal stresses when the sample is cut along its height; the amount of deformation is measured as the difference between the width of the gap formed and the thickness of the tool that is used).
Non-ferrous Metal Processing Plant, Central Testing Laboratory
MAGUS Stereo 8T Stereomicroscope
The primary objectives:
- analyzing the macrostructure to study the quality of the metal templates made from the ingots of non-ferrous metals and alloys
- determining the residual tangential stresses of the first kind in brass tubing (this method is based on determining the amount of deformation that occurs in the annular sample resulting from the release of internal stresses when the sample is cut along its height; the amount of deformation is measured as the difference between the width of the gap formed and the thickness of the tool that is used).
The primary objectives:
- analyzing the macrostructure to study the quality of the metal templates made from the ingots of non-ferrous metals and alloys
- determining the residual tangential stresses of the first kind in brass tubing (this method is based on determining the amount of deformation that occurs in the annular sample resulting from the release of internal stresses when the sample is cut along its height; the amount of deformation is measured as the difference between the width of the gap formed and the thickness of the tool that is used).
State University, Chemistry Faculty, Department of Medicinal Chemistry and Fine Organic Synthesis
MAGUS CDF70 Digital Camera
The primary objective is to study polymer and catalyst samples.
The primary objective is to study polymer and catalyst samples.
State University, Chemistry Faculty, Department of Medicinal Chemistry and Fine Organic Synthesis
MAGUS CDF70 Digital Camera
The primary objective is to study polymer and catalyst samples.
The primary objective is to study polymer and catalyst samples.
Non-destructive Testing Laboratory
MAGUS Metal 630 Metallurgical Microscope
The primary objective is metallographic examination: detecting metal flaws and determining the following:
- grain size
- decarburization depth
- macrostructure and microstructure
- non-metallic inclusions.
The primary objective is metallographic examination: detecting metal flaws and determining the following:
- grain size
- decarburization depth
- macrostructure and microstructure
- non-metallic inclusions.
MAGUS Metal 630 Metallurgical Microscope
The primary objective is metallographic examination: detecting metal flaws and determining the following:
- grain size
- decarburization depth
- macrostructure and microstructure
- non-metallic inclusions.
The primary objective is metallographic examination: detecting metal flaws and determining the following:
- grain size
- decarburization depth
- macrostructure and microstructure
- non-metallic inclusions.
Non-destructive Testing Laboratory