Alphanumerical inscription to identify your samples, Heat resistant autoclavable material, Re-usable, Fits any 15 ml and 50 ml centrifuge tube, Quickly assembled and disassembled, Rack for TubeSpin® Bioreactor 450 600
Fits 3 x tubes
Stackable
Safe footprint
Alphanumerical inscription to identify your samples, Heat resistant autoclavable material, Re-usable, Fits any 15 ml and 50 ml centrifuge tube, Quickly assembled and disassembled, Rack for TubeSpin® Bioreactor 450 600
Fits 3 x tubes
Stackable
Safe footprint
Lid with air-venting system for controlled gas exchange with low evaporation, Vented base for air flow between stacked dishes to prevent condensation, Sloped edge allows placement of the lid in one position only, Clear alphanumerics between wells for orientation during microscopy.
Lid with air-venting system for controlled gas exchange with low evaporation, Vented base for air flow between stacked dishes to prevent condensation, Sloped edge allows placement of the lid in one position only, Clear alphanumerics between wells for orientation during microscopy.
Accurate volume 1 – 25 ml, Highly visible, bidirectional graduation incl. over-volume graduation, Smooth interior prevents cell hang-up or clumping inside, Volume identification by color coding on pipettes, blister wrappings, dispensers, box labels and cotton plugs to some extend.
Accurate volume 1 – 25 ml, Highly visible, bidirectional graduation incl. over-volume graduation, Smooth interior prevents cell hang-up or clumping inside, Volume identification by color coding on pipettes, blister wrappings, dispensers, box labels and cotton plugs to some extend.
Lid with air-venting system for controlled gas exchange with low evaporation, Vented base for air flow between stacked dishes to prevent condensation, Sloped edge allows placement of the lid in one position only, Yellow inscription field: yellow on yellow – match!, Surface activated growth area on spherical zone of well only.
Lid with air-venting system for controlled gas exchange with low evaporation, Vented base for air flow between stacked dishes to prevent condensation, Sloped edge allows placement of the lid in one position only, Yellow inscription field: yellow on yellow – match!, Surface activated growth area on spherical zone of well only.
Clipmax is a combination of a cell culture flask with a standard microscope slide (25 x 75 mm) with 10 cm2 surface activated growth area and detachable medium chamber. Grow adherent cells directly on Clipmax. Remove the chamber, fix and stain the cells and Clipmax is ready for the microscope. Clipmax is especially useful for viral and mycoplasma testing, chromosome studies, toxicity tests and immunocytology.
Crystal clear plastic microscope slide
Suitable for staining and especially for immunofluorescence measurements
Activated growth surface area for delicate cells
Clipmax is a combination of a cell culture flask with a standard microscope slide (25 x 75 mm) with 10 cm2 surface activated growth area and detachable medium chamber. Grow adherent cells directly on Clipmax. Remove the chamber, fix and stain the cells and Clipmax is ready for the microscope. Clipmax is especially useful for viral and mycoplasma testing, chromosome studies, toxicity tests and immunocytology.
Crystal clear plastic microscope slide
Suitable for staining and especially for immunofluorescence measurements
Activated growth surface area for delicate cells
TPP processes only the highest grade of raw material that fulfills the requirements of USP Class VI. No additives are employed. By this we pre- vent leaching of substances into the end user’s sample.
Graduations all the way down to 0.1 ml and 0.5 ml respectively, Gas and aerosol tight cap.
TPP processes only the highest grade of raw material that fulfills the requirements of USP Class VI. No additives are employed. By this we pre- vent leaching of substances into the end user’s sample.
Graduations all the way down to 0.1 ml and 0.5 ml respectively, Gas and aerosol tight cap.
TPP processes only the highest grade of raw material that fulfills the requirements of USP Class VI. No additives are employed. By this we pre- vent leaching of substances into the end user’s sample.White writing circle on screw cap for easy labeling with any writing instrument.
TPP processes only the highest grade of raw material that fulfills the requirements of USP Class VI. No additives are employed. By this we pre- vent leaching of substances into the end user’s sample.White writing circle on screw cap for easy labeling with any writing instrument.
TPP processes only the highest grade of raw material that fulfills the requirements of USP Class VI. No additives are employed. By this we pre- vent leaching of substances into the end user’s sample.
White writing circle on screw cap for easy labeling with any writing instrument, Caps that cannot be over-tightened
TPP processes only the highest grade of raw material that fulfills the requirements of USP Class VI. No additives are employed. By this we pre- vent leaching of substances into the end user’s sample.
White writing circle on screw cap for easy labeling with any writing instrument, Caps that cannot be over-tightened
Cell Scraper
Scraper heads made from a flexible polyethylene material
Pivoting scraper head for easy maneuvering
3 different blade widths
Small raised knobs on handle for secure grip
Single-wrapped in blister packaging
User-friendly dispenser case
The pivoting scraper head of the cell scrapper reaches every corner of the cell vessel. Pivot the scraper head by slight pressure on the handle with the forefinger thus pushing the handle downwards. Slight move of the handle will twist the head to the required position.
Cell Scraper
Scraper heads made from a flexible polyethylene material
Pivoting scraper head for easy maneuvering
3 different blade widths
Small raised knobs on handle for secure grip
Single-wrapped in blister packaging
User-friendly dispenser case
The pivoting scraper head of the cell scrapper reaches every corner of the cell vessel. Pivot the scraper head by slight pressure on the handle with the forefinger thus pushing the handle downwards. Slight move of the handle will twist the head to the required position.