Petri Dishes

To black out light for fluorescence microscopy. Dish Size: 50mm dia., 7mm Height. Glass Well diameter: 40mm. Wide optical range of transmission- UV, IV, and IR (300nm to 2500nm). Flat (0.17mm thick) optical quality glass bottom provides the following advantages: Use of a much shorter working distance immersion objective. Larger numerical aperture (NA) objectives. Higher magnification (up to 100x)

To black out light for fluorescence microscopy. Dish Size: 50mm dia., 7mm Height. Glass Well diameter: 40mm. Wide optical range of transmission- UV, IV, and IR (300nm to 2500nm). Flat (0.17mm thick) optical quality glass bottom provides the following advantages: Use of a much shorter working distance immersion objective. Larger numerical aperture (NA) objectives. Higher magnification (up to 100x)

To black out light for fluorescence microscopy. Dish Size: 50mm dia., 7mm Height. Glass Well diameter: 40mm. Wide optical range of transmission- UV, IV, and IR (300nm to 2500nm). Flat (0.17mm thick) optical quality glass bottom provides the following advantages: Use of a much shorter working distance immersion objective. Larger numerical aperture (NA) objectives. Higher magnification (up to 100x)

To black out light for fluorescence microscopy. Dish Size: 50mm dia., 7mm Height. Glass Well diameter: 40mm. Wide optical range of transmission- UV, IV, and IR (300nm to 2500nm). Flat (0.17mm thick) optical quality glass bottom provides the following advantages: Use of a much shorter working distance immersion objective. Larger numerical aperture (NA) objectives. Higher magnification (up to 100x)

To black out light for fluorescence microscopy. Dish Size: 50mm dia., 7mm Height. Glass Well diameter: 30mm.Wide optical range of transmission- UV, IV, and IR (300nm to 2500nm). Flat (0.17mm thick) optical quality glass bottom provides the following advantages: Use of a much shorter working distance immersion objective. Larger numerical aperture (NA) objectives. Higher magnification (up to 100x)

To black out light for fluorescence microscopy. Dish Size: 50mm dia., 7mm Height. Glass Well diameter: 30mm.Wide optical range of transmission- UV, IV, and IR (300nm to 2500nm). Flat (0.17mm thick) optical quality glass bottom provides the following advantages: Use of a much shorter working distance immersion objective. Larger numerical aperture (NA) objectives. Higher magnification (up to 100x)

To black out light for fluorescence microscopy. Dish Size: 50mm dia., 7mm Height. Glass Well diameter: 30mm.Wide optical range of transmission- UV, IV, and IR (300nm to 2500nm). Flat (0.17mm thick) optical quality glass bottom provides the following advantages: Use of a much shorter working distance immersion objective. Larger numerical aperture (NA) objectives. Higher magnification (up to 100x)

To black out light for fluorescence microscopy. Dish Size: 35mm dia., 10mm Height. Glass Well diameter: 22mm. Wide optical range of transmission- UV, IV, and IR (300nm to 2500nm). Flat (0.17mm thick) optical quality glass bottom provides the following advantages: Use of a much shorter working distance immersion objective. Larger numerical aperture (NA) objectives. Higher magnification (up to 100x)

To black out light for fluorescence microscopy. Dish Size: 35mm dia., 10mm Height. Glass Well diameter: 22mm. Wide optical range of transmission- UV, IV, and IR (300nm to 2500nm). Flat (0.17mm thick) optical quality glass bottom provides the following advantages: Use of a much shorter working distance immersion objective. Larger numerical aperture (NA) objectives. Higher magnification (up to 100x)

To black out light for fluorescence microscopy. Dish Size: 35mm dia., 10mm Height. Glass Well diameter: 22mm. Wide optical range of transmission- UV, IV, and IR (300nm to 2500nm). Flat (0.17mm thick) optical quality glass bottom provides the following advantages: Use of a much shorter working distance immersion objective. Larger numerical aperture (NA) objectives. Higher magnification (up to 100x)