Compound Microscopes
Sigma Aldrich Fine Chemicals Biosciences Slides microscope plain si
Sealed in a moisture absorbing desiccant pack which can function as a drying stand and a storage box. Slides are 1 mm thick.Our microscope slides are made of high-quality white glass with low iron content no green tint with fine texture and transparency these slides are also corrosion-resistant. The edges are ground smooth to help eliminate sharp cutting surfaces and safe handling. They are packed in a special thermoform plastic box to minimize exposure to moisture and dust (each slide is precleaned).Conform to federal specification NNN-S-450.
Biosurface Technologies Corp Dual Channel Coupon Evaluation Flow Cell w/injection ports (aluminum flow channel; microtiter plate footprint), for Growing and Imaging of Biofilms on Disc Coupons.
"The models FC 274 and 275 flow cell design is based on the FC 71 but accommodates two growthchannels. This design allows biofilms to be grown side by side for duplicate or “control – treatment” experiments. The body of the flow cell consists of a polycarbonate or anodized aluminum flow channel. Glass viewing ports allow reflected, fluorescent, and confocal microscopy of biofilm growth in the flow channels. The overall length and width of the flow cells are designed to fit into a 96-well micro-titer plate holder on upright or inverted microscope stages.The viewing window consist of a no. 2, 24x60 mm cover slip. The glass viewing window is held in place by an aluminum cover plate. The cover plates also compress the silicone rubber gasket to provide a leak-proof flow cell.The flow channel has been recessed to accept standard FC 71 coupon sizes (one 6x25x2 mm thick; three 10 mm diameter x 2 mm thick disc coupons.
Sigma Aldrich Fine Chemicals Biosciences Slides microscope plain si
Sealed in a moisture absorbing desiccant pack which can function as a drying stand and a storage box. Slides are 1 mm thick.Our microscope slides are made of high-quality white glass with low iron content no green tint with fine texture and transparency these slides are also corrosion-resistant. The edges are ground smooth to help eliminate sharp cutting surfaces and safe handling. They are packed in a special thermoform plastic box to minimize exposure to moisture and dust (each slide is precleaned).Conform to federal specification NNN-S-450.
Biosurface Technologies Corp Dual Channel Transmission Flow Cell w/injection ports (polycarbonate 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.
Biosurface Technologies Corp Dual Channel Coupon Evaluation Flow Cell w/injection ports (polycarbonate flow channel; microtiter plate footprint), for Growing and Imaging of Biofilms on Disc Coupons.
"The models FC 274 and 275 flow cell design is based on the FC 71 but accommodates two growthchannels. This design allows biofilms to be grown side by side for duplicate or “control – treatment” experiments. The body of the flow cell consists of a polycarbonate or anodized aluminum flow channel. Glass viewing ports allow reflected, fluorescent, and confocal microscopy of biofilm growth in the flow channels. The overall length and width of the flow cells are designed to fit into a 96-well micro-titer plate holder on upright or inverted microscope stages.The viewing window consist of a no. 2, 24x60 mm cover slip. The glass viewing window is held in place by an aluminum cover plate. The cover plates also compress the silicone rubber gasket to provide a leak-proof flow cell.The flow channel has been recessed to accept standard FC 71 coupon sizes (one 6x25x2 mm thick; three 10 mm diameter x 2 mm thick disc coupons.
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.
Sklar Instruments Needle Holder Sklar Microscopy Surgical 1/EA
Needle Holder Sklar Microscopy Surgical 1/EA
CELLTREAT Scientific Products TUBE ONLY, 2.0mL Screw Top Micro Tube, Self-Standing, Grip Band, Sterile, 1000/cs
High temperature resistivity range–shatter/crack resistant and ideal for boilingEasy 3/4 turn to open and closeCaps are available separately in various colors for easy identification and color-codingAll caps are compatible with all CELLTREAT Screw Top Micro Tubes; mix and matchGrip band tubes feature ribs that provide exceptional gripping surface and lessen movement during centrifugation
Sklar Instruments Needle Holder Sklar Microscopy Surgical 1/EA
Needle Holder Sklar Microscopy Surgical 1/EA