Cell Culture Microplates
Advanced Biomatrix CytoSoft T-25 Flasks 32 kPa
This CytoSoft product comes with 10 standard T-25 flasks with substrates of a chosen stiffness. CytoSoft products provide a tool to culture cells on PDMS substrates with various rigidity covering a broad physiological range. The rigidity of the substrate to which cells adhere can have a profound effect on cell morphology and gene expression. Each flask has a defined elastic modulus bottom layer. The thickness of the silicone gel is uniform with a ~0.5 mm thick layer of silicone that is fully compatible with mammalian cell cultures. The silicone gels are activated and ready to bind to a purified ECM, such as PureCol type I collagen (#5005) prior to cell addition. The silicone substrates of CytoSoft products are optically clear and have a low auto-florescence. Silicone gels are not susceptible to hydrolysis, do not dry nor swell, are resilient and resistant to tearing or cracking, and their elastic moduli (rigidities) remain nearly unchanged during extended storage periods.
Revvity Health Sciences Inc 1/2 Area ViewPlate-96 well Microplates, PS, TC, White, Sterile, Case of 160
1/2 Area ViewPlate-96 well Microplates, PS, TC, White, Sterile, Case of 160
Alkali Scientific ASI™ UVMax™ Specialized Plate, PS/Film, Flat Bottom, 96 Well, 40/Cs
ASI™ UVMax™ is a specialized plate intended for use in lower wavelength. The maximal transmittance is achieved between 260 and 280 nm, ideal for DNA and protein quantification. The plate with low background will enable users to acquire more accurate experimental data. Unlike conventional laboratory cuvettes, ASI™ UVMax™ Plate (96well) allows for high throughput screening process and eliminates the need for expensive and fragile quartz/glass-type plates. ▪ Plate type▪ Developed for determining protein and/or nucleic acid concentrations▪ Certified for low background and consistent performance at 260 and 280 nm▪ Flat type bottom▪ Uniform surface homogeneity▪ Lid not included▪ Alphanumeric labelling
Revvity Health Sciences Inc CulturPlate 384-well, black opaque, sterile, tissue culture treated, case of 160
CulturPlate 384-well, black opaque, sterile, tissue culture treated, case of 160
MatTek Corporation (Case of 10) 6-Well Plates, No. 1.5 Uncoated Coverslip, 20 mm Glass Diameter
With a proven track record of quality and convenience, MatTek dishes provide the optics of glass in standard size microscopy dishes and plates. Cited in thousands of scientific publications, MatTek dishes are a long-standing favorite of lab teams worldwide for their availability, ease-of-use, and the brilliant images they produce.These Multiwell Plates from MatTek Life Sciences combine the convenience of traditional plastic Falcon well plates with the optical quality of glass, providing superior microscopic images. For most applications, No. 1.5 is the preferred coverslip thickness, especially for optimizing image quality with high numerical aperture objectives. All MatTek plates are sterilized with gamma-irradiation and suitable for long term tissue culture. Compare to Falcon , Corning , Cellvis productsRecommended For: - Live cell imaging - Fluorescence microscopy- Confocal microscopy- Phase contrast microscopy- Differential interference contrast microscopy
Cellvis 8WELL CHAMBERED COVER GLASS #1
8 Well Chambered Cover Glass with #1 cover glass (0.13-0.16mm). Individually packed, with lid, Sterilized. Designed for high resolution imaging such as confocal microscopy.•Suitable for long term tissue culture•Manufactured in a class 100,000 clean room•Frame made from virgin polystyrene.•German high quality cover glass of superior optical quality, glass thickness is 0.170±0.005mm •A USP class VI adhesive is used to assemble the cover glass and the plate.•Sterilized by Gamma radiation.
STEMCELL Technologies CellAdhere Fibronectin-Coated
Sterile polystyrene T-175 cm² flask with vent cap
Chemglass Life Sciences Chemglass cell culture bag, 22 L, 6-port, ultra clear (CLS-1207-22)
Chemglass Life Sciences 22 L ultra-clear, six-port cell culture bag designed for rocker and wave bioreactor applications. This single-use bag is intended for mammalian and plant cell cultures, offering visual clarity, sterility, and compatibility with standard rocker trays.
- 22 L single-use culture bag.
- Six standard ports for fluid transfer and sampling.
- Ultra-clear, crack-resistant film for visual inspection.
- USP Class VI tested product-contact materials.
- Gamma irradiated for sterility.
- Compatible with rocker/wave bioreactors and GE Wave platforms.
- Available as single bag or packs of ten.
Sklar Instruments Needle Holder Sklar Microscopy Surgical 1/EA
Needle Holder Sklar Microscopy Surgical 1/EA
Chemglass Life Sciences 48 Well Cell Culture Plate, Flat, TC, Sterile 1/pk, 50/cs
Nest cell culture plates have round edges for better handling. Low profile, low-evaporation lid design assures uniform growth. Small feet on the bottom corners of each plate eliminate scraping of the microscope lens.Made from high clarity, 100% virgin polystyreneSterilized by E-beamVacuum plasma tissue culture treatmentClear lot number for batch traceabilityPremium packaging; Individually wrapped in Peel-able Tyvek Films and BlistersNon-Pyrogenic, DNase/RNase-Free
Chemglass Life Sciences 6 Well Cell Culture Plate, Flat TC, Sterile, Individually Wrapped, 1/pk, 50/cs
Nest cell culture plates have round edges for better handling. Low profile, low-evaporation lid design assures uniform growth. Small feet on the bottom corners of each plate eliminate scraping of the microscope lens.Made from high clarity, 100% virgin polystyreneSterilized by E-beamVacuum plasma tissue culture treatmentClear lot number for batch traceabilityIndividually plastic wrappedNon-Pyrogenic, DNase/RNase-Free
Amsbio LLC Mimetix 12 well plate for 3D cell culture (loose discs, retaining rings), sterile
Mimetix scaffolds mimic the extracellular matrix and provide an ideal architectural environment to support the growth of cells in 3D. They are created by electrospinning medical-grade polymer poly(L-lactide) (PLLA) into microfibers, which are highly consistent with regard to fibre diameter and pore size, resulting in excellent reproducibility of cell-based assays.