PR1MA™ Orbital Microplate Shaker

• Digital speed control up to 1500 rpm
• 3 mm orbit for thorough mixing in microplates
• Includes platform for up to 4 microplates
• Cold room and incubator safe
• Optional adapters for mixing microtubes

The PR1MA™ Orbital Microplate Shaker is designed with a 3 mm mixing orbit, optimized for thorough mixing of microplates and/or PCR plates. Up to four plates (standard or deep well) can be placed on the included platform and are instantly secured without the use of springs, clamps, or tools.

Specifications

PR1MA™ Hotplates, Magnetic Stirrers, and Hotplate-Stirrers

• Ceramic work surface, 7.1 x 7.1 in.
• Stir speed from 60 to 1500 rpm
• Temperature control up to 380° C
• Three models: heat-stir, heat-only or stir only

PR1MA™ hotplates, stirrers, and hotplate-stirrers feature an exceptionally durable, chemical-resistant white ceramic work surface. Their space-efficient design (8 x 9 in. footprint), makes them ideal for use on crowded benchtops and inside of bio-hoods.

Advanced microprocessor controls with convenient turn knobs allow quick, precise adjustment and maintenance of speed and temperature. Safety indicator LED’s on the front panel indicate when the heating and/or stirring functions have been activated. With a square 7.1 inch work surface, all three models are compatible with a wide variety of popular sizes of borosilicate glass beakers, flasks, bottles, and other vessels. The hotplate/magnetic stirrer model (MS-1500) comes complete with a support rod for mounting thermometers and temperature probes.

Specifications

Temp. Range	80° C to 380° C
Speed Range	60 to 1,500 rpm
Platform Dimensions	7.1 x 7.1 in. | 180 x 180 mm
Operating Temp. Range	+4° C to +65° C
Dimensions	8.5 x 10 x 4.5 in.
(W x D x H)	20 x 23 x 11.5 cm
Weight	9 lbs | 4kg
Electrical	120 V, 60Hz
Warranty	2 years

 

Models 

HP-380	PR1MA™ Hotplate
MS-1500	PR1MA™ Magnetic Stirrer
SH-1500	PR1MA™ Hotplate Magnetic Stirrer

 
 

PR1MA™-Shell Plates - 384-Well, Full Skirted

Discover the next generation of PCR plates: Rugged Polycarbonate Frame + Polypropylene Wells

Engineered for unparalleled durability, PR1MA™-Shell PCR Plates are designed to accommodate all laboratory workflows and are ideal for use on automated liquid handling platforms.

PR1MA™-Shell sets a new standard in performance and convenience.

·       The polycarbonate frame is rigid and flat to facilitate a firm grip by robotic arms and ensure reliable placement

·       Polypropylene wells provide optimal thermal transfer and higher reaction efficiency

·       White well options enhance the fluorescence signal during qPCR

·       Wells are slightly raised to ensure evaporation-proof sealing with film, foil, or strip caps

·       ANSI/SBS footprint and well spacing

·       Vibrant colors offer a visual distinction between different samples or experiments

·       Certified free of detectable RNase, DNase, DNA, PCR inhibitors, and tested pyrogen-free

PR1MA™-Shell Plates - 96-Well, Full Skirted

Discover the next generation of PCR plates: Rugged Polycarbonate Frame + Polypropylene Wells

Engineered for unparalleled durability, PR1MA™-Shell PCR Plates are designed to accommodate all laboratory workflows and are ideal for use on automated liquid handling platforms.

PR1MA™-Shell sets a new standard in performance and convenience.

·       The polycarbonate frame is rigid and flat to facilitate a firm grip by robotic arms and ensure reliable placement

·       Polypropylene wells provide optimal thermal transfer and higher reaction efficiency

·       White well options enhance the fluorescence signal during qPCR

·       Wells are slightly raised to ensure evaporation-proof sealing with film, foil, or strip caps

·       ANSI/SBS footprint and well spacing

·       Vibrant colors offer a visual distinction between different samples or experiments

·       Certified free of detectable RNase, DNase, DNA, PCR inhibitors, and tested pyrogen-free

PR1MA™-Shell Plates - 96-Well, Semi Skirted

Discover the next generation of PCR plates: Rugged Polycarbonate Frame + Polypropylene Wells

Engineered for unparalleled durability, PR1MA™-Shell PCR Plates are designed to accommodate all laboratory workflows and are ideal for use on automated liquid handling platforms.

PR1MA™-Shell sets a new standard in performance and convenience.

·       The polycarbonate frame is rigid and flat to facilitate a firm grip by robotic arms and ensure reliable placement

·       Polypropylene wells provide optimal thermal transfer and higher reaction efficiency

·       White well options enhance the fluorescence signal during qPCR

·       Wells are slightly raised to ensure evaporation-proof sealing with film, foil, or strip caps

·       ANSI/SBS footprint and well spacing

·       Vibrant colors offer a visual distinction between different samples or experiments

·       Certified free of detectable RNase, DNase, DNA, PCR inhibitors, and tested pyrogen-free

 
PR1MA™ Semi-Skirted PCR Plates

• PR1MA™ PCR Plates have uniformed wells and ultra-thin walls provide optimal heat transfer and reaction efficiency.

• Fits most thermal cyclers.

• High Contrast black alphanumerics for easy well identification.

• Reclosable bags minimize contamination risk and are convenient for opening and closing.

• For use in medical, pharmaceutical, food industry, and molecular biology.

• Barcoded versions available upon special order. 

• Certified free of detectable RNase, DNase, NA, PCR inhibitors, and tested pyrogen-free

• PR-PCR2196F has a frosted surface for optimal fluorescence detection.  A frosted surface reduces background noise that can interfere with quantitative real-time PCR (qPCR).

PR1MA™  Non-Skirted PCR Plates

• PR1MA™ PCR Plates have uniformed wells and ultra-thin walls provide optimal heat transfer and reaction efficiency.

• Fits most thermal cyclers.

• High Contrast black alphanumerics for easy well identification.

• Reclosable bags minimize contamination risk and are convenient for opening and closing.

• For use in medical, pharmaceutical, food industry, and molecular biology.

 
PR1MA™ Full-Skirted PCR Plates

• PR1MA™ PCR Plates have uniformed wells and ultra-thin walls provide optimal heat transfer and reaction efficiency.

• Fits most thermal cyclers.

• High Contrast black alphanumerics for easy well identification.

• Reclosable bags minimize contamination risk and are convenient for opening and closing.

• For use in medical, pharmaceutical, food industry, and molecular biology.

• Barcoded versions available upon special order. 

• Certified free of detectable RNase, DNase, NA, PCR inhibitors, and tested pyrogen-free.

PR1MA™ Plates-Permeable Cell Culture Inserts

• Permeable Cell Culture Inserts mimic in vivo conditions
• Inserts center in wells, preventing membrane from touching sides and wicking between insert and side wall
• Membrane remains suspended above well bottom, allowing co-culture: grow one cell line inside insert, and another below in the well
• Ideal for drug transfer assays, transport studies, migration assays, and cell-cell interaction studies
• Transfer cultures to fresh media by moving the insert to a new plate
• 0.4 µm pore size is ideal for co-culture and drug transport studies
• 3.0 µm and 8.0 µm pore size are ideal for angiogenesis and chemotaxis experiments
• For more help with membrane selection, please contact CELLTREAT Scientific Products
• Non-Treated Plates sold separately; carrier plate is Tissue Culture Treated which encourages cell adhesion

Specifications 

PR1MA™ Sealing Mats

PR1MA™ 96-Well PCR Sealing Mats are made of silicone, dimensions are 4.67 in. (L) x 2.90 in. (W).

• Pierceable
• Designed for an evaporation-resistant seal to minimize sample loss
• For use in medical, pharmaceutical, food industries, and molecular biology
• Certified free of detectable RNase, DNase, DNA, and PCR inhibitors

PR1MA™ Untreated Multi-Well Plates

• Available in 6-, 12-, 24-, 48-, and 96-well format

• Polystyrene, NOT Tissue Culture Treated (suspension culture)

• Sterile (gamma irradiated)

• Plates are labeled with alpha-numeric markings for easy identification of individual wells

• Each well has a raised rim that nests into the rings on the single-direction lid to reduce evaporation and limit the risk of cross-contamination

• Lids have a stacking feature for added stability when handling tall stacks of plates