| Description | 4titude 96 well semi-skirted plate, vertically scored, snaps easily into strips of 8 tubes or part plates, cut corner A12; standard profile, 0.2ml polypropylene wells, polycarbonate frame; working volume: <200μl, total well capacity: 300μl. Our FrameStar Breakable Vertically PCR Plates 4titude 96 well semi-skirted plate, vertically scored, snaps easily into strips of 8 tubes or part plates, cut corner A12; standard profile, 0.2ml polypropylene wells, polycarbonate frame; working volume: <200μl, total well capacity: 300μl. Our FrameStar Breakable Vertically PCR Plates utilize the 2-component design of the FrameStar range, which combines the advantages of thin-walled polypropylene tubes for optimum PCR results and a rigid frame portion for easy and reliable handling. Key Features: - Free from DNase, RNase, human genomic DNA, and endotoxin/pyrogen
- 2-component design prevents distortion of tube strips
- Ultra-smooth, uniform, thin-walled polypropylene tubes for optimum PCR and real-time (RT-qPCR) results
- Standard 0.2ml (200μl) working volume, with a 0.3ml (300μl) total well capacity when used with sealing options
- End tabs for easy handling and labeling
- Eliminates strip breakage
- Alphanumeric grid reference to aid well and sample identification
- Rigid PCR plate that can be broken into smaller plate sections
- Fits majority of thermal cyclers
- Compatible with standard multichannel pipettes
- Available with the following frame color options for the clear well variety: purple, blue, clear, green, red, black, and white
- Also available as a black frame with white wells for use with optical assays such as qPCR
- Also available as a FrameStar Breakable Vertically PCR Plate, Low Profile (0.1ml well capacity option)
- 2D coding option
... Read More | FluidX 1.5ml tri-coded tubes offer unequaled sample audit traceability, enabling sample tracking and data sharing between multiple users, labs, locations and automation capabilities - Next Generation manufacturing techniques
- Code readable without removing tubes from racks
- Suitable for cryogenic storage
FluidX 1.5ml tri-coded tubes offer unequaled sample audit traceability, enabling sample tracking and data sharing between multiple users, labs, locations and automation capabilities - Next Generation manufacturing techniques
- Code readable without removing tubes from racks
- Suitable for cryogenic storage
- Made from high-quality virgin PP
- Available in 48-well format SBS racks or bulk
- Sealable with screw caps
Designed and developed with broad compatibility in mind, the tubes perform without compromise in conjunction with automated barcode reading, capping and sample management systems from Azenta Life Sciences and all other industry-recognized manufacturers. Provides a lifelong and secure chain of custody for samples in biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage. Developed to exceed the demands of sample security, management and tracking in modern high density storage applications. Each tube features a permanent 2D code laser etched in high contrast on the tube base, a permanent 1D linear barcode and human-readable number laser etched in high-contrast on the tube side. All three codes are identical and auditing processes guarantee all three codes match; standard 2D coding option is black on white. ... Read More | FluidX cap carriers enable automated capping of 96-format sample storage tubes, leading to improved process efficiency and allowing batch filling of tubes prior to capping - Suitable automated and manual capping
- Available in 96-format SBS footprint
- For use with external/internal thread tubes
- Available
FluidX cap carriers enable automated capping of 96-format sample storage tubes, leading to improved process efficiency and allowing batch filling of tubes prior to capping - Suitable automated and manual capping
- Available in 96-format SBS footprint
- For use with external/internal thread tubes
- Available empty or pre-filled with caps
Suitable for manual use or for use with Azenta Life Sciences Semi-Automated Screw Cap Decappers/Recappers, Single Channel and IntelliXcap™ Automated Screw Cap Decappers/Recappers. - Enable uncapped tubes to be used immediately and then capped using an automated capping and de-capping system
- When used manually, by transferring caps from the carrier to the tube using a single tube transfer device, the operation becomes faster and the risk of contamination is reduced as cap handling is eliminated
- Available in cases of 10 or 50, empty or pre-filled with low-retention screw caps that can reduce sample loss
... Read More | FluidX™ dual-coded, 2D-coded, and tri-coded sample tubes from Azenta offer optimal compatibility with automated systems for tracking, capping, and sample management. These tubes provide a lifelong, secure chain of custody for samples in biobanks, compound libraries, and chemical stores, including FluidX™ dual-coded, 2D-coded, and tri-coded sample tubes from Azenta offer optimal compatibility with automated systems for tracking, capping, and sample management. These tubes provide a lifelong, secure chain of custody for samples in biobanks, compound libraries, and chemical stores, including cryogenic storage. The external thread design offers a superior seal with higher working volume, while the internal thread caps outperform traditional O-ring seals, preventing leaks during freezing. Developed for manual, semi-automated, or fully automated workflows, FluidX tubes provide reliable sample audit traceability across labs and storage locations.... Read More | Thermoconductive Tube Racks are precision-engineered sample modules manufactured from a novel thermo-conductive alloy material, designed to evenly distribute temperature across all wells providing uniform and consistent temperature to all samples (+/-0.1°C)The modules eliminate variability which Thermoconductive Tube Racks are precision-engineered sample modules manufactured from a novel thermo-conductive alloy material, designed to evenly distribute temperature across all wells providing uniform and consistent temperature to all samples (+/-0.1°C)The modules eliminate variability which originate from tubes placed directly into ice, dry ice, alcohol baths, water baths and other temperature sources. - Ideal for cooling, snap freezing, heating or thawing
- Helps keep samples organized and dry
- All tubes upright and indexed
- Reproducible method
- Removes all problems created by placing sample directly in ice: variable sample temperature, wet labels, contamination risk
On ice - Adapts from ambient (25°C) to <4°c in="" 60-90="">
- Samples and labels stay dry
- Hours of ice cooling without direct ice contact
On dry ice - Adapts from ambient (25°C) to -78°C in approximately 5-7 minutes*
- Eliminates ethanol from snap freezing
- Equal or better freezing rate as compared to direct immersion into dry ice or alcohol slurry
In liquid nitrogen - Adapts from ambient (25°C) to approximately -150°C in approximately 12-14 minutes*
- Vapor barrier protects from ambient air
- No direct contact between samples and LN2
Heat sources - Use with water baths, hot plates, incubators and other heat sources to keep samples warm
*Average cooling rate from room temperature How it Works: Ease of Use: - Thermoconductive Tube Rack on ice: heat from the relatively warmer Thermoconductive Tube Rack module is transferred to cooling source (wet or dry ice, cartridge, LN2) until equilibrium is reached
- Thermoconductive Tube Rack in water bath: heat is transferred from water bath toward relatively cooler Thermoconductive Tube Rack until equilibrium is reached
... Read More |
| Applications | PCR, qPCR, NGS | (For research use only) Biobanking, Cryogenic Storage, Cancer Research, Cellular and Molecular Biology, Drug Discovery, Compound Libraries, Reagent Storage, CDMOs | (For research use only) Biobanking, Cryogenic Storage, Cancer Research, Cellular and Molecular Biology, Drug Discovery, Compound Libraries, Reagent Storage, CDMOs | Inquire | Suggested applications include cooling reagents such as restriction enzymes, dNTPs and antibodies, alcohol-free dry ice snap freezing of tissue, virus and bacteria samples and bench top cryogenic tube sorting in liquid nitrogen |