TPP Cryogenic Tubes

TPP Cryogenic Tubes provide safe and reliable long-term storage of cell lines, tissues, and biological samples in freezers or LN2 vapor phase. Designed with a pronounced external thread, they deliver a secure, gas- and aerosol-tight seal to prevent leaks, protect sample integrity, and minimize contamination.

The smooth internal surface reduces specimen loss during retrieval, while the unique vial geometry eliminates the need for silicone gaskets. A star-shaped, self-standing bottom allows for one-handed opening and closing under sterile conditions, improving ease of use.

Manufactured from high-quality virgin polypropylene, TPP Cryogenic Tubes ensure maximum sample protection with no additives, slip agents, biocides, or plasticizers. Each tube features a white writing surface, clear graduations, and compatibility with TPP labeling cap inserts for simple identification.

Supplied sterile, DNAse/RNAse-free, pyrogen-free, and heavy metal-free, TPP Cryogenic Tubes are packaged in durable, resealable zipper bags with laser perforation for secure handling.

Applications include: cryopreservation of cell lines, long-term storage of tissues, sample transport, and secure storage of biological specimens.

Key Features

• Gas- and aerosol-tight external thread prevents leakage
• Smooth internal surface minimizes sample loss
• Star-bottom design allows self-standing, one-handed handling
• Made from virgin polypropylene; no additives, slip agents, or plasticizers
• White labeling surfaces for easy identification
• Highly visible and accurate graduations
• Supplied in puncture- and tear-resistant reclosable bags with zipper and laser perforation
• Ideal for cryopreservation, sample storage, and transport

Quality Assurance

• Sterile (gamma irradiated)
• DNAse/RNAse, pyrogen, and heavy metal-free

Recommendations

• Always use appropriate safety equipment and practices when handling frozen polar tubes
• TPP Polar Tubes are to be used for storage  in the gas/vapor phase
• Avoid filling up the Polar Tubes to the maximal filling volume to avoid spillage of liquid sample due to expansion of liquids upon freezing

Specifications
 

Contact us for samples and see how TPP Cryogenic Tubes can simplify your long-term sample storage.

   
 

PR1MA™ Autoradiography and Chemiluminescence Film for Western Blots

One autoradiography film for ALL your needs!

Many companies sell film solely on price without considering your needs. Some offer many different films making it difficult to decide what is best for your needs.

MIDSCI™ narrowed the Autoradiography Film field to PR1MA™ Blue Sensitive Film. It will work outstandingly well for almost 100% of all molecular labs' needs.
 

• PR1MA™ Autoradiography Film is double emulsion
• High signal sensitivity
• For autoradiography of ³²P, ³³P, ³⁵S, ¹²⁵I, and ¹⁴C
• Excellent lot-to-lot consistency
• Exceptional clarity with extremely low backgrounds
• Consistently superior results for exposure of blotting experiments and sequencing gels
• Publishable grade autoradiographs
• Optimized for chemiluminescence
• Film works with calcium tungstate or blue rare earth screens
• For use manually or with automatic processing
• 100 sheets per box
• Available in 3 sizes: 5 x 7 in., 8 x 10 in., and 14 x 17 in.

Specifications

Autoradiography, and, Chemiluminescence, Film, Western, blots, PR1MA, MIDSCI, Laboratory Supplies, High-Quality, Research, Consumables, Reagents, Equipment, Customer Service, Quick Shipping, Satisfaction Guarantee, Personalized Solutions, Universities

New Look, Same Reliable Product - Now from PR1MA™!

PR1MA™ Western Blotting Boxes

Minimize Antibody Waste & Maximize Efficiency.

No matter the size of your blot, there’s a PR1MA™ Western Blotting Box designed to fit it perfectly. Our selection includes boxes tailored for mini, half, whole, and strip blots, ensuring the most efficient use of space and reagents. By matching blot size to the correct container, you can reduce reagent and antibody consumption, save money, and maximize shaker or rocker capacity during incubation.

All boxes feature uniformly flat bottoms and 90º angled corners to ensure even reagent distribution and minimal pooling. For light-sensitive samples, opaque black blotting boxes are available to protect antibodies and blots from photodegradation.

With a hinged lid to minimize evaporation and sizes optimized for all common blotting applications, these boxes are a must-have for any lab performing Western blot analysis.

Key Features

• Sized to fit all common blot formats – mini, half, whole, and strip blots
• Reduce antibody and reagent usage with perfectly sized boxes
• Flat bottom and 90° corners for uniform reagent coverage
• Hinged lids reduce evaporation during incubations
• Light-blocking black boxes available for light-sensitive protocols
• Ideal for Western blotting, membrane staining, and antibody incubations 

Use the right-sized box to get better results while saving on expensive reagents.   

Specifications

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 

Proudly made in the USA! Click here for more made in America products!
  

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

Proudly made in the USA! Click here for more made in America products!
 

PR1MA™ Rapid Coomassie Stain

Proudly made in the USA! Click here for more made in America products!
  

Rapid, Commassie, Stain, PR1MA, MIDSCI, Laboratory Supplies, High-Quality, Research, Consumables, Reagents, Equipment, Customer Service, Quick Shipping, Satisfaction Guarantee, Personalized Solutions, Universities

PR1MA™ Protein Gel-Loading Dye for SDS-PAGE

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OptiWell™ Deep Well Plates - KingFisher™ Compatible

High-Performance Sample Processing.

OptiWell™ Deep Well Plates are engineered for high-throughput research and laboratory automation. Designed for compatibility with leading robotic systems, including KingFisher™ instruments (not affiliated), these plates deliver reliable performance for a wide range of scientific applications.
 

Manufactured from virgin medical-grade polypropylene in a Class 100,000 cleanroom, OptiWell™ plates ensure the highest standards of purity and consistency. Each plate features black-printed alphanumeric labeling for easy identification and is ANSI / SLAS 1-2004 compliant for seamless integration with automated liquid handling systems.

Ideal for bacterial cultures, sample storage, and centrifugation up to 4000 x g, the plates feature a conical V-bottom design for efficient sample recovery and minimal liquid retention. All OptiWell™ plates are RNase/DNase free, non-pyrogenic, and autoclavable, with select models available pre-sterilized by gamma irradiation under ISO 13485 standards.

Key Features

• Compatible with KingFisher™ sample processing systems (not affiliated or endorsed)
  
• Minimal binding and low liquid retention for accurate sample handling
• Conical V-bottom design for efficient pellet formation and easy pipetting
• High-quality virgin polypropylene construction
• Seals easily with silicone mats and various sealing films
• Certified RNase/DNase free and non-pyrogenic
• Suitable for centrifugation up to 4000 x g
• Autoclavable and available pre-sterilized (gamma irradiated)
• Manufactured in a Class 100,000 cleanroom to ensure contaminant-free conditions
• ANSI / SLAS 1-2004 compliant for automation platforms

Whether you're working in molecular biology, microbiology, or high-throughput screening, OptiWell™ Deep Well Plates offer unmatched performance, sterility assurance, and instrument compatibility.
  

Disclaimer

KingFisher™ is a trademark of Thermo Fisher Scientific. OptiWell™ Deep Well Plates are third-party products designed for use with KingFisher™ instruments. Thermo Fisher Scientific does not manufacture, sponsor, or endorse OptiWell™ products, and is not affiliated with these offerings in any way. 

 
  

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 

Proudly made in the USA! Click here for more made in America products!
 

OptiWell™ Deep Well Plates – 48

High-Performance for Automation & Storage.

OptiWell™ 48-Well Deep Well Plates are engineered for high-throughput research applications, offering superior performance in automated platforms, robotic systems, and sample processing workflows.

Made from virgin, medical-grade polypropylene, these deep well plates are ideal for bacterial culture, sample storage, and centrifugation (up to 4,000 x g RCF).

Designed for compatibility and versatility, OptiWell™ plates meet ANSI / SLAS 1-2004 standards, ensuring seamless integration with most automated liquid handling systems. They feature conical U-bottom wells for efficient sample recovery and minimal binding or liquid retention, making them suitable for a wide range of lab procedures.

All plates are manufactured in a Class 100,000 cleanroom environment, certified RNase, DNase, and pyrogen free, and are autoclavable. Select plate types are also available gamma-sterilized in accordance with ISO 13485, offering enhanced sterility assurance for sensitive workflows.

With black printed alphanumeric labeling, organization and traceability are effortless, even during high-throughput processing. Plates are compatible with various silicone sealing mats and sealing films for secure sample storage and transport.

Key Features

• 48-well deep well format – optimized for medium-throughput applications
• ANSI / SLAS compliant – fits standard robotic & automated systems
• Conical U-bottom wells – for complete sample recovery
• High-clarity, medical-grade polypropylene – durable and chemically resistant
• Certified RNase/DNase free & non-pyrogenic – ensures sample integrity
• Autoclavable & available gamma sterilized – meets ISO 13485 standards
• Printed alphanumeric codes – for easy sample tracking
• Compatible with sealing mats and films – for flexible storage options

OptiWell™ Deep Well Round Well Plates - 96

Precision for High-Throughput Applications.

OptiWell™ 96-Well Round Deep Well Plates are designed for high-efficiency automated workflows, robotic platforms, and high-throughput lab applications. These plates are ideal for bacterial culture, sample storage, and centrifugation up to 4,000 x g RCF, offering performance and reliability in demanding research environments.

Manufactured from virgin, medical-grade polypropylene, each plate ensures excellent chemical resistance and minimal liquid retention. The round well design improves mixing efficiency, making them ideal for a broad range of biological and chemical applications. These plates are compatible with silicone sealing mats and sealing films, supporting secure storage and sample integrity.

All OptiWell™ deep well plates are produced in a Class 100,000 cleanroom, meet ANSI / SLAS 1-2004 standards, and are certified RNase, DNase, and pyrogen free. While all versions are autoclavable, several types are also available pre-sterilized via gamma irradiation in compliance with ISO 13485.

For easy tracking and identification, plates feature black printed alphanumeric labeling.

Key Features

• 96-well round deep well format – optimized for high-throughput workflows
• Robotic and automation-compatible – ANSI / SLAS 1-2004 compliant
• Virgin polypropylene construction – chemically resistant and durable
• Round wells – enhance mixing and sample access
• Certified RNase/DNase free & non-pyrogenic – preserves sample purity
• Autoclavable and available gamma sterilized – ISO 13485 compliant
• Minimal liquid retention – for maximum sample recovery
• Black alphanumeric labeling – easy identification and organization

OptiWell™ Deep Well Square Well Plates - 96

Maximize Volume & Efficiency in Automated Workflows.

OptiWell™ 96-Well Square Deep Well Plates are engineered for automated high-throughput labs, offering maximum volume capacity, space efficiency, and reliable performance for a variety of life science and industrial applications. Ideal for bacterial cultures, sample storage, and centrifugation (up to 4,000 x g RCF), these plates are compatible with all major robotic systems and liquid handling platforms.

Manufactured from virgin, medical-grade polypropylene, each plate provides minimal liquid retention and low binding, ensuring optimal sample recovery and purity. The square well design allows for greater volume capacity per well compared to round wells, while maintaining compact plate dimensions.

All OptiWell™ plates are produced in a Class 100,000 cleanroom, meet ANSI / SLAS 1-2004 standards, and are certified RNase-, DNase-, and pyrogen-free. While autoclavable, selected formats are also available pre-sterilized via gamma irradiation in compliance with ISO 13485 standards.

Compatible with silicone sealing mats, adhesive films, and heat sealing foils, these plates support a wide range of sample prep, assay development, and storage workflows. Each plate features black printed alphanumeric labeling for easy tracking and sample identification.

Key Features

• 96-well square well deep well plate – maximized well volume with a compact footprint
• Automation-ready – ANSI / SLAS 1-2004 compliant for robotic platforms
• Minimal binding / low retention – enhances recovery and reduces waste
• Virgin medical-grade polypropylene – durable, chemical-resistant construction
• Certified RNase/DNase free & non-pyrogenic – ensures sample integrity
• Autoclavable or gamma sterilized (ISO 13485) – for sterility assurance
• Square wells – allow higher working volume than round well formats
• Compatible with sealing mats and films – for secure and flexible sample handling
• Black alphanumeric labeling – simplifies well identification