MAGUS PH2 Phase Сontrast Device
85155
For phase contrast microscopy
The MAGUS PH2 phase contrast device consists of a phase contrast condenser, a set of phase objectives, and a centering telescope.
The phase contrast device is used to study transparent low-contrast specimens that are not visible in the bright field. Staining kills living cells. The main advantage of the technique is that it may be used to study living unstained organisms in their natural state. The technique is applied in medicine, ecology, pharmacology, agriculture, etc.
The MAGUS PH2 phase contrast device consists of a phase contrast condenser, a set of phase objectives, and a centering telescope.
The phase contrast device is used to study transparent low-contrast specimens that are not visible in the bright field. Staining kills living cells. The main advantage of the technique is that it may be used to study living unstained organisms in their natural state. The technique is applied in medicine, ecology, pharmacology, agriculture, etc.
Phase-contrast condenser
The phase-contrast condenser is installed in place of the brightfield condenser. The rotating condenser includes four annular diaphragms for use with 10x, 20x, 40x, and 100x objectives and a free hole for brightfield observations. The diaphragms in the turret are used depending on the objective being used.
Plan achromatic phase objectives
Phase objectives differ from regular objectives by having a phase ring in the plane of the exit pupil.
Plan achromatic phase objectives form an image that has the same focus in the center and at the edges and, therefore, the distortion is negligible. Chromatic aberrations are corrected for blue and red, spherical aberration – for green, and the field curvature is corrected for 90% of the field of view diameter.
The 10x objective is designed to work with specimens with or without a coverslip. The 20x, 40x, and 100x objectives are used to observe specimens with a 0.17mm coverslip. The 100x objective supports oil immersion. The objectives are designed for the infinity-corrected tube length. The parfocal distance is 60mm.
Centering telescope
Using a centering telescope, the slider annular diaphragms are aligned with the objective phase rings.
The phase-contrast condenser is installed in place of the brightfield condenser. The rotating condenser includes four annular diaphragms for use with 10x, 20x, 40x, and 100x objectives and a free hole for brightfield observations. The diaphragms in the turret are used depending on the objective being used.
Plan achromatic phase objectives
Phase objectives differ from regular objectives by having a phase ring in the plane of the exit pupil.
Plan achromatic phase objectives form an image that has the same focus in the center and at the edges and, therefore, the distortion is negligible. Chromatic aberrations are corrected for blue and red, spherical aberration – for green, and the field curvature is corrected for 90% of the field of view diameter.
The 10x objective is designed to work with specimens with or without a coverslip. The 20x, 40x, and 100x objectives are used to observe specimens with a 0.17mm coverslip. The 100x objective supports oil immersion. The objectives are designed for the infinity-corrected tube length. The parfocal distance is 60mm.
Centering telescope
Using a centering telescope, the slider annular diaphragms are aligned with the objective phase rings.
- MAGUS Bio 270T Biological Microscope
- 5-position phase-contrast condenser
- Infinity plan achromatic phase objective Plan 10x/0.25 Ph ∞/- WD 10.2mm, parfocal distance: 60mm
- Infinity plan achromatic phase objective Plan 20x/0.40 Ph ∞/0.17 WD 13.36mm, parfocal distance: 60mm
- Infinity plan achromatic phase objective Plan 40x/0.65 Ph ∞/0.17 WD 0.7mm, parfocal distance: 60mm
- Infinity plan achromatic phase objective Plan 100x/1.25 oil Ph ∞/0.17 WD 0.22mm, parfocal distance: 60mm
- Centering telescope
