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Polystyrene Deep Well Plate, Lids
General Features | Product Type: Multi Well Accessories |
Material: Polystyrene | |
Color: Clear | |
Alphanumeric: None | |
Surface Treatment: None | |
Certified: DNase-/RNase-/Pyrogen-Free | |
Performance | Autoclavable: No |
Max Temperature: 70ºC | |
Min Temperature: -40ºC | |
Shipping & Handling | Case Dimensions (in.): 10.5 x 9 x 6.5 |
Case Weight (lbs.): 4.4 | |
Options: Non-Sterile, 10 Plates/Pack, 10 Packs/Case, Sterile, Individually Wrapped, 1 Plate/Pack, 100 Packs/Case |
IsoPlates have clear bottoms with opaque wells like ViewPlates, but are made by molding 96-clear wells, then molding a black or white frame around the clear wells. This makes the color extend to the same depth as the well base, reducing crosstalk in bottom reading assays. B&W Isoplates are also an option for assays which require amplification of signal and reduced crosstalk but not visualization. These plates have black frames with white, opaque wells. Available in 96-well format with a variety of treatment options.
96-Deep Well Plates, Round Well, U Bottom
- Mid-height to maximize storage, utilizing 30-40% less vertical space allowing for more storage in freezers, automated loaders, under the hood, and other locations where space is at a premium.
- Plates have stacking lugs to help prevent toppling.
- Raised rims on each well help protect from cross-contamination, minimize sample loss during storage, and make for enhanced sealing with adhesive films, silicone mats, or heat-sealing films.
- Made from Virgin Polypropylene; no mold release agents or regrind RNase, DNase, DNA, and Pyrogen Free Certification
33.00 mm Height, 1.1 mL Plates:
This mid-height plate combines optimized storage with automation friendly design. Sturdy and warp-resistant design with ultra-flat surfaces and rigid construction; ideal for high throughput screening, sample collection, compound storage, compound libraries, and combinatorial chemistry applications.
31.50 mm Height, 1.2mL Plates:
This shared wall 8.5 mm round well U-bottom plate combines optimized mixing and storage with automation friendly design. Sturdy and warp resistant, with ultra-flat surfaces and rigid construction, this plate is ideal for high throughput screening, sample collection, compound storage, screening, mixing, and combinatorial chemistry applications. It is compatible with stackers, grippers, heater/cooler blocks, and other instruments that comply with the ANSI/SLAS 2004-1 (SBS) footprint.
96-Deep Well Plate, Round Well, U Bottom Glass-Coated, 42mm
This round deep-well U-bottom plate combines 1.2 mL working volume with automation friendly design. Sturdy and warp-resistant design with ultra-flat surfaces and rigid construction, this plate is ideal for high throughput screening, sample collection, compound storage, screening, and combinatorial chemistry applications. It is compatible with stackers, grippers, heater/cooler blocks, and other instruments that comply with the ANSI/SLAS 2004-1 (SBS) footprint.
Raised rims on each well help protect from cross-contamination, minimize sample loss during storage, and make for enhanced sealing with adhesive films, silicone mats, or heat sealing films. Manufactured of inert, chemically resistant, and exceptionally clear virgin polypropylene.
Made from medical grade virgin polypropylene (no mold release agents or regrind); certified RNase, DNase, DNA, and Pyrogen Free.
- Uniform wall thickness
- Easy well identification with molded-in alpha-numeric position markings
- Raised rims for easy and secure sealing with adhesive films, silicone mats, or heat-sealing films
- Raised rims help protect from cross contamination
Plate, 48 Rectangular Well U-Bottom 42.60mm Height, 4.6mL
Specifications:
96-Deep Well Plates, Round Well, U Bottom, Glass Coated
Glass-coated, polypropylene microplates. The 200 nm thick coating of silicone dioxide creates a cradle of non-binding and inert glass to protect your sample.
This SiO2 coating helps to:
- Reduced binding
- Increase chemical resistance
- Protect the same from any potential compounds leached from the plastic
The plate design:
- Mid-height to maximize storage, utilizing 30-40% less vertical space allowing for more storage in freezers, automated loaders, under the hood, and other locations where space is at a premium
- Automation-friendly design – sturdy and warp resistant with ultra-flat surfaces and rigid construction
- Stacking lugs to help prevent toppling
- Raised rims protect from cross-contamination, minimize sample loss during storage, and make for enhanced sealing with adhesive films, silicone mats, or heat-sealing films
- Individually Wrapped in medical grade Tyvek peel-packs
- Made from Virgin Polypropylene; no mold release agents or regrind
- RNase, DNase, DNA, and Pyrogen Free Certification
TC Treated: 384-well tissue culture-treated (TC-treated) microplates with black well walls and an optically-clear cyclic olefin bottom for imaging cells in high content analysis, high content screening, and other cell-based assays
PDL Coated: 384-well poly-D-lysine coated (PDL-coated) microplates with black well walls and an optically-clear cyclic olefin bottom for high content analysis, high content screening, and other cellular assays.
Collagen-Coated: 384-well collagen-coated microplates with black well walls and an optically-clear cyclic olefin bottom for high content analysis, high content screening, and other cellular assays.
96 Round Well, Deep Well Plates, Sterile
Shallow-well 96-well black microplate for lower volume and increased sensitivity.
Silicone Mats, Square
Compression molded silicone sealing mats with 8.2 x 8.2mm square plugs, are designed for 96-square well storage and assay plates. Produced from the highest quality research grade silicone, they are specially designed to provide a positive and airtight seal. Mats fit tightly into wells preventing evaporation of VOCs, sample loss in storage, cross contamination, and reducing the risk of aerosols and pathogens venting during the automation process. They work in a wide range of temperatures for incubation and storage applications; especially for storage at higher temperatures or for applications involving aggressive solvents.These seals pare well with automation as-well-as manual laboratory protocols. Often used in high-throughput applications or those involving accessing the sample through the cover multiple times. High quality silicone, resists coring and tearing reducing the risk or mat particulate entering the well. Well perforations will seal themselves, after penetration, ensuring an airtight closure.
These mats are chemically resistant and reusable; containing no adhesives or extractables to contaminate samples. Made of research-grade silicone, they can be autoclaved, and following a 10% bleach wash and ethanol rinse protocol may be reused. Printed alpha numeric grid for easy reference.