Glass Coverslips

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Glass Coverslips
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  • Coverslip: #1.5 Thickness (0.17 mm or 0.0067 in.)

    Harvard Apparatus

    High quality coverslips glasses are essential for microscopy and imaging. Cover glasses with diameters of 5 mm and 8 mm are now available from stock in convenient packages of 100.

  • Photoetch Coverslips

    Bellco Glass

    25mm round coverslip is manufactured from #1 thickness (.13 to .16mm) Schott D263 german glass and is ideal for fluorescence and confocal microscopy. The coverslip has 200 alphanumeric locations in a diamond pattern and each measures 0.6 x 0.6mm with line thickness of .02mm. This coverslip fits into…

  • Interchangeable Coverslip Dish

    Bioptechs

    …263, glass #1.5 coverslip is placed and retained by a leak-proof, silicone o-ring seal integrated into a 10m high polycarbonate threaded insert and includes 2 O-rings and 50, 30mm coverslips. The Bioptechs Interchangeable Coverslip Dish (ICD) is a way to reduce the cost of using glass bottomed…

  • Disposable Plastic Microscope Coverslips

    Raylabcon

    Made of clear plastic vinyl Refractive index as glass Unbreakable, safer than glass Economical, 1/2 the price of glass Used in biological and medical labs, as well as educational applications

  • Small Diameter Coverslips

    Harvard Apparatus

    High quality coverslips glasses are essential for microscopy and imaging. Cover glasses with diameters of 5 mm and 8 mm are now available from stock in convenient packages of 100. Available in #1.0 (0.15 mm), #15 (0.17 mm) and #20 (0.22 mm) thickness Available in round, square and rectangular…

  • Scienceware® Plastic Microscope Coverslips

    Bel-Art Products

    Unbreakable and flexible 0.157mm (.006") vinyl 22 x 22mm cover slips, each interleaved with tissue. Packaged in 10 boxes of 100 cover slips each.

  • Corning® BioCoat™ Poly-D-Lysine Coverslips

    Corning

    …differentiation and adhesion of transfected cell lines Poly-D-Lysine (PDL) are synthetic molecules used to enhance cell attachment to plastic and glass surfaces. For many anchorage-dependent cells, the nature of the culture substrate has a major effect on cell growth and the requirement for serum…

  • Corning® BioCoat™ Poly-L-Lysine Coverslips

    Corning

    …differentiation and adhesion of transfected cell lines Poly-L-Lysine (PLL) are synthetic molecules used to enhance cell attachment to plastic and glass surfaces. For many anchorage-dependent cells, the nature of the culture substrate has a major effect on cell growth and the requirement for serum…

  • Corning® BioCoat™ Poly-D-Lysine/Laminin, Poly-L-Ornithine/Laminin, and Laminin…

    Corning

    …rigorously tested to assure product consistency and performance. Applications include: Enhancement of neuronal cell attachment to plastic and glass Promotion of neurite outgrowth Culture of glial cells as feeder layers for neurons Construction of neural cell model systems to study CNS…

  • Fixogum Rubber Cement

    MP Biomedicals

    Fixogum Rubber Cement is made for use in the formation of an air tight seal around the perimeter of the glass coverslip during probe hybridization for FISH.

  • Coverslip: #2 Thickness (0.22 mm or 0.0086 in.)

    Harvard Apparatus

    High quality coverslips glasses are essential for microscopy and imaging. Cover glasses with diameters of 5 mm and 8 mm are now available from stock in convenient packages of 100.

  • Coverslip: #1 Thickness (0.15 mm or 0.006 in.)

    Harvard Apparatus

    High quality coverslips glasses are essential for microscopy and imaging. Cover glasses with diameters of 5 mm and 8 mm are now available from stock in convenient packages of 100.

  • Wafer Tweezer, Style 4 WF

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezer, Style 96 -Self-Closing

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezer, Style 43 WFG

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezers, Style 39S2 & 39S3

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezer, Style 8WNY

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezer, Style 37S

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezer, Style 48WF

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezer, Style 8WF

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezer, Style 35S

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezer, Style 41W

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezer, Style 2W

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezer, Style 38FG

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezer, Style 600M - Bent

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezer, Style 44 WF

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezer, Style 4WFCPR

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezer, Style 3 WF

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • Wafer Tweezers, Style 2WFCPR

    Electron Microscopy Sciences

    These tweezers are especially designed for the handling of delicate and fragile silicon wafers, scintillation discs, glass slides, coverslips etc. Made from antimagnetic/anti acid steel with a very smooth surface and a non-glare finish.

  • High Precision Diamond Scriber

    Electron Microscopy Sciences

    …available in straight or bent configurations. Applications Include: Fine scribing under the microscope - for silicon wafers and glass coverslips Precision scribing and repairing - for thin film circuits and microcircuits, etc. Diamond mountings are 0.8mm diameter with a reduced…

  • EDU System

    Bioptechs

    …looking to partner with educators to develop additional live-cell demonstration protocols. EDU Starter Set includes: EDU Controller Power Supply EDU Stage Adapter 1 pk of 10 dishes 1pk of 100 22mm Coverslips 22mm Glass Spacer Coverslip Weight 6mm Culture Cylinder

  • Corning® BioCoat™ Poly-D-Lysine Coverslip-Bottom Dishes

    Corning

    …differentiation and adhesion of transfected cell lines Poly-D-Lysine (PDL) are synthetic molecules used to enhance cell attachment to plastic and glass surfaces. For many anchorage-dependent cells, the nature of the culture substrate has a major effect on cell growth and the requirement for serum…

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