Specialty Microscope Slides
Electron Microscopy Sciences ProPlate™ MicroArray Slide Stainless Steel Snap Clips
ProPlate stainless steel Spring Clips are easily applied and removed and are preferred by customers using glass slides fabricated by means of a laser and which may have small micro-fractures from processing or chipped edges.
Electron Microscopy Sciences ProPlate™ MicroArray Slide Slide Module 16 Well, 6 mm I.D.
ProPlate re-usable, multi-well chambers fit 25 x 75 mm glass microscope slide substrates. Chambers depth of 7.5 mm provides a generous surface to volume ratio to facilitate mixing and washing steps.
I.D.: 6 mm
Electron Microscopy Sciences ProPlate™ MicroArray Slide Tray Set 8 Well, 7 x 16 mm I.D., Stainless Steel Clips
ProPlate integrates microscope slide based array technology with automated microtiter plate processing. Up to 64 individual arrays can be assayed per slide. Four slides fit into a tray, producing a modular plate with a standard microtiter plate footprint and well spacing allowing automated robotic processing of up to 256 arrays.
Up to 64 leak-proof wells on any slide surface without the use of adhesive. Microtiter plate well spacing facilitates use with multichannel pipettes. 7 x 7 mm square well are ideal for high content arrays. 5 – 350 uL well volumes accommodate small reagent and large wash volumes.
Each ProPlate Tray Set includes: 4 Slide modules, 8 Snap clips, 1 Tray and Cover, 10 seal strips and one applicator. Tray conforms to SBS standards for footprint (81.7 mm width x 123.7 mm length) and well spacing.
I.D.: 7 x 16 mm
Includes: 8 Stainless Steel Spring Clips, Tray, Cover, 10 Seal Strips and 1 Seal Strip applicator
Electron Microscopy Sciences ProPlate™ MicroArray Slide Slide Module 4 Well, 16 x 16 mm I.D.
ProPlate re-usable, multi-well chambers fit 25 x 75 mm glass microscope slide substrates. Chambers depth of 7.5 mm provides a generous surface to volume ratio to facilitate mixing and washing steps.
I.D.: 16 x 16 mm
Electron Microscopy Sciences Borosilicate Capillary Glass Slide, 0.50x5.0 mm, 100 mm, 0.300 Wall thick
Micro glass slides are precision rectangular glass capillary tubes for use in microscopic viewing of liquid samples. Capillary action instantly collects the sample and the thin glass walls minimize evaporation. The design of these cells eliminates the needs for cover glass and the hanging drop method.
Made from Corning 7740 borosilicate, low expansion, type I glass, these micro glass slides can withstand heat up to 500 degree C. Samples can be retained for future reference by sealing or cementing open ends.
Micro glass slide are packaged in plastic vials.
I.D. tolerance +/- 10% and wall tolerance +/- 20%.
I.D.: 0.50 x 5.0 mm
Length: 100 mm
Wall thickness: 0.300
Electron Microscopy Sciences Borosilicate Capillary Glass Slide, 0.30x3.0 mm, 50 mm, 0.300 Wall thick
Micro glass slides are precision rectangular glass capillary tubes for use in microscopic viewing of liquid samples. Capillary action instantly collects the sample and the thin glass walls minimize evaporation. The design of these cells eliminates the needs for cover glass and the hanging drop method.
Made from Corning 7740 borosilicate, low expansion, type I glass, these micro glass slides can withstand heat up to 500 degree C. Samples can be retained for future reference by sealing or cementing open ends.
Micro glass slide are packaged in plastic vials.
I.D. tolerance +/- 10% and wall tolerance +/- 20%.
I.D.: 0.30 x 3.0 mm
Length: 50 mm
Wall thickness: 0.300
Ibidi USA µ-Slide I 0.8 Luer, ibiTreat - Tissue Culture Treated Polymer Coverslip
The ibidi product family is comprised of a variety of µ-Slides and µ-Dishes, which have all been designed for high-end microscopic analysis of fixed or living cells. The high optical quality of the polymer material is similar to that of glass. This allows the researcher to perform a wide variety of fluorescence experiments with uncompromised resolution and choice of wavelength. The µ-Slide I Luer is designed for cell culture under perfusion and all flow applications. Main applications are the simulation of blood vessels for arteriosclerosis research and applying defined shear stress and shear rates on cells inside the channel. The female Luers allow easy connections to tubing and pump systems. 800 µm high channel, #1.5 polymer coverslip, tissue culture treated, sterilized, 15 pcs./box
Ibidi USA µ-Slide III 3D Perfusion, ibiTreat - Tissue Culture Treated Polymer Coverslip
The ibidi product family is comprised of a variety of µ-Slides and µ-Dishes, which have all been designed for high-end microscopic analysis of fixed or living cells. The high optical quality of the polymer material is similar to that of glass. This allows the researcher to perform a wide variety of fluorescence experiments with uncompromised resolution and choice of wavelength. The µ–Slide III 3D Perfusion is an array of 6 wells where cells can be cultivated and, subsequently, investigated with microscopical methods. Two of the 6 wells respectively are connected by a channel. The channels can be connected to a pump for perfusing the wells in order to perform long term cell culture assays with 3D structures. #1.5 polymer coverslip, tissue culture treated, sterilized, 15 pcs./box
Ibidi USA µ-Slide I 0.6 Luer, ibiTreat - Tissue Culture Treated Polymer Coverslip
The ibidi product family is comprised of a variety of µ-Slides and µ-Dishes, which have all been designed for high-end microscopic analysis of fixed or living cells. The high optical quality of the polymer material is similar to that of glass. This allows the researcher to perform a wide variety of fluorescence experiments with uncompromised resolution and choice of wavelength. The µ-Slide I Luer is designed for cell culture under perfusion and all flow applications. Main applications are the simulation of blood vessels for arteriosclerosis research and applying defined shear stress and shear rates on cells inside the channel. The female Luers allow easy connections to tubing and pump systems. 600 µm high channel, #1.5 polymer coverslip, tissue culture treated, sterilized, 15 pcs./box
Ibidi USA µ-Slide I 0.2 Luer, Uncoated - Uncoated Polymer Coverslip
The ibidi product family is comprised of a variety of µ-Slides and µ-Dishes, which have all been designed for high-end microscopic analysis of fixed or living cells. The high optical quality of the polymer material is similar to that of glass. This allows the researcher to perform a wide variety of fluorescence experiments with uncompromised resolution and choice of wavelength. The µ-Slide I Luer is designed for cell culture under perfusion and all flow applications. Main applications are the simulation of blood vessels for arteriosclerosis research and applying defined shear stress and shear rates on cells inside the channel. The female Luers allow easy connections to tubing and pump systems. 200 µm high channel, #1.5 polymer coverslip, hydrophobic, sterilized, 15 pcs./box
Ibidi USA µ-Slide y-shaped, ibiTreat - Tissue Culture Treated Polymer Coverslip
The ibidi product family is comprised of a variety of µ-Slides and µ-Dishes, which have all been designed for high-end microscopic analysis of fixed or living cells. The high optical quality of the polymer material is similar to that of glass. This allows the researcher to perform a wide variety of fluorescence experiments with uncompromised resolution and choice of wavelength. The µ-Slide y-shaped can be easily connected to a pump via its Luer connectors. It enables you to grow cells under flow conditions with a bifurcation of 30 and 45 degree depending on the flow direction you choose. It is meant as a simulation system for blood vessels where the reaction of cells to a stimulus of your choice can be observed in real-time. #1.5 polymer coverslip, tissue culture treated, sterilized, 15 pcs./box
Ibidi USA µ-Slide VI 0.4, Poly-L-Lysine - Poly-L-Lysine Coated Polymer Coverslip
The ibidi product family is comprised of a variety of µ-Slides and µ-Dishes, which have all been designed for high-end microscopic analysis of fixed or living cells. The high optical quality of the polymer material is similar to that of glass. This allows the researcher to perform a wide variety of fluorescence experiments with uncompromised resolution and choice of wavelength. The convenient six channel format of the µ-Slide VI 0.4 is ideal for static cell cultivation and the application of standard immunofluorescence protocols, like treatment, staining, and microscopy of living or fixed cells. Alternatively, the µ-Slide VI 0.4 can be connected to a pump and enables you to observe cells under flow conditions. 6 x 400 µm high channels, #1.5 polymer coverslip, poly-L-lysine coated, sterilized, 15 pcs./box
Ibidi USA 18 well bottomless µ-Slide, 15 per box
An 18 well bottomless µ-Slide with a self-adhesive underside, allowing chosen substrates to be mounted. This design permits the mounting of a variety of bottom materials while providing an open well format for cell culture applications on any custom surfaces. Pcs./Box: 15 (individually packed)
Ibidi USA sticky-Slide I 0.8 Luer
The sticky–Slide family allows you to perform cell culture experiments with custom– specific bottom materials like plastic sheets, glass coverslips, etc. The self-adhesive underside of the bottomless blank slide is easily adapted to your specific bottom substrate. The sticky–Slide I Luer is designed for perfusion applications and applying defined shear stress and shear rates on cells inside the channel. 800 µm high channel, sterile, 15 pcs./box