Compound Microscopes
Azzota Corp Flow cell 10mm 0.48ml Qz
Self masking continuous flowthrough cell 10mm Pathlength window size 4x12mm 0 48ml Quartz 190-2500nm
Azzota Corp Semi-Micro 30mm blk 4.2ml Qz
Semi-Micro cell with black walls and lid 30mm Pathlength 4mm Inside Width Volume - 4 2ml Quartz
MSC SPI Monocular Toolmaker's Microscope, 30x, 67 mm Working Distance, Steel Housing
This monocular toolmaker's microscope is designed for detecting errors in a tool room. It provides 30x magnification and features a 67 mm working distance.
- Eyepiece protractor is 1° graduated.
- Eyepiece and angle can be measured in 6 min.
- Features a 90° broken crosshair reticle.
- Has a 67 mm working distance.
- Stage feeding range of 2 in. × 2 in. (with a 1 in. gage block).
- Floating thimble allows zero setting at any spindle position.
- Crossed roller bearing and keyway stage construction ensures a true linear traverse in X and Y axis.
- Large dovetail assures 2-axis squareness in relation to the stage surface.
THORLABS INC Nikon CFI Plan Fluorite Objective, 10X, 0.30 NA, 3.5 mm WD
This objective is a 10X Nikon CFI Plan Fluorite Objective, featuring a 0.30 Numerical Aperture and a 3.5 mm Working Distance, designed for microscope applications.
- Magnification of 10X
- Numerical aperture of 0.30
- Working distance of 3.5 mm
- CFI Plan Fluorite design
- Customer-inspired product
- RoHS compliant
- REACH compliant
Azzota Corp Semi-Micro 10mm blk 1.4ml Qz
Semi-Micro cell with black walls and lid 10mm Pathlength 4mm Inside Width Volume - 1 4ml Quartz
Med Vet International Innovation Trinoc 5 Obj, J0334IT5D, Each
Innovation Trinoc 5 Obj, J0334IT5D, Each
Med Vet International "No-Residue" Microscope Lens Cleaning Solution, 1oz, J0869S, Each
1 oz. dispensing bottle. Removes dried residue from objectives.
Biosurface Technologies Corp Dual Channel Transmission Flow Cell (aluminum flow channel; microtiter plate footprint), for Growing and Imaging of Biofilms.
"The models FC 280 and 281 flow cell design is based on the FC 81 Single Channel Transmission Flow Cell but accommodates two growth channels. This design allows biofilms to be grown side by side for duplicate or “control–treatment” experiments. Biofilms growing in each channel can be easily compared microscopically by simply moving the microscope stage backward or forwards. The body of the flow cell consists of a polycarbonate flow channel. Glass viewing ports allow transmitted, reflected, fluorescent, and confocal microscopy of biofilm growth in the flow channels. All units are autoclavable and re-useable.The viewing windows consist of a no.2, 24x60 mm cover slip. The opposing viewing window consists of a standard 75 x 25x 1 mm glass microscope slide. The glass viewing windows are held in place by an aluminum cover plate. The cover plates also compress the silicone rubber gasket to provide a leak-proof flow cell.
Biosurface Technologies Corp Dual Channel Transmission Flow Cell w/injection ports (aluminum flow channel; microtiter plate footprint), for Growing and Imaging of Biofilms.
"The models FC 284 and 285 flow cell design is based on the FC 81 but accommodates two growth channels in the same footprint as a 96-well microtiter plate. This format allows biofilms to be grown side by side for duplicate or “control-treatment” experiments. Biofilms growing in each channel can be easily compared microscopically. The body of the flow cell consists of a polycarbonate or anodized aluminum flow channel. Glass viewing ports allow transmitted, reflected, fluorescent, and confocal microscopy of biofilm growth in the flow channels. All units are autoclavable and re-useable. The flow cell dimensions allow for easy mounting in inverted microscope stages designed to hold 96-well microtiter plates.The viewing windows consist of a no. 2, 24x60 mm cover slip. The opposing viewing window consists of a standard 75 x 25 x 1 mm glass microscope slide. The glass viewing windows are held in place by an aluminum cover plate.