| Catalog Number | 66-1800 / 66-1801 / 66-1802 / 66-0196-01 / 66-0196-02 / 66-0196-03 | 4ti-0126, 4ti-0132, 4ti-0136, 4ti-0137 | 4ti-0730, 4ti-0730/B, 4ti-0730/C, 4ti-0730/C/10P, 4ti-0730/G, 4ti-0730/R, 4ti-0730/X, 4ti-OX730C/SBC | 4ti-0720, 4ti-0720/B, 4ti-0720/C, 4ti-0721 | 67-0757-00 / 67-0757-01 / 67-0757-02 / 67-0757-10 / 67-0757-11 |
| Description | FluidX Cryo Storage Boxes / Racks are specifically aimed at users who have freezer racking set up for Cryo Freeze Boxes, wanting to store sample storage tubes such as the Azenta Life Sciences 1ml and 1.9ml Tri-Coded Sample Tubes. Designed to fit in freezer racking set up for Cryo Freeze Boxes, the FluidX Cryo Storage Boxes / Racks are specifically aimed at users who have freezer racking set up for Cryo Freeze Boxes, wanting to store sample storage tubes such as the Azenta Life Sciences 1ml and 1.9ml Tri-Coded Sample Tubes. Designed to fit in freezer racking set up for Cryo Freeze Boxes, the 9x9, 10x10, and 14x14 Cryo Racks enable ease of access to samples with an open bottom to allow 2D code reading on the Azenta Life Sciences Full Rack Readers. The Cryo Boxes are compatible with a broad range of tube formats, allowing you to store legacy collections and maintain ease of access to your valuable samples. - Available in 9x9, 10x10 and 14x14 array
- Cryo racks can be supplied with a unique 2D barcode identifier which can be read at the same time as the tube 2D barcode, to provide more secure sample tracking
- Open bottom for 2D barcode decoding on Azenta Life Sciences Readers
- Compatible with a number of tubes from Azenta as well as other manufacturers
- Unique identifier on every freeze box, in 1D & 2D format
- Optimizes storage space by increasing sample density
... Read More | 4titude 1.2ml and 2.2ml square wells, U and V shaped bottom, clear polypropylene. These storage plates are designed for high density sample collection and storage for a wide array of applications within cell biology, molecular biology and drug discovery. They come in three formats: 1.2ml 4titude 1.2ml and 2.2ml square wells, U and V shaped bottom, clear polypropylene. These storage plates are designed for high density sample collection and storage for a wide array of applications within cell biology, molecular biology and drug discovery. They come in three formats: 1.2ml volume U shaped well plates (4ti-0126), 2.2ml volume V shaped (4ti-0132), and 2.2ml volume U shaped (4ti-0136) plates. 4ti-0126 is also recommended as an elution plate on KingFisher™ platforms. All of these plates are ultra-flat for a completely uniform seal, either with adhesive or heat seals, or with our accompanying silicone sealing mat (4ti-0137). These plates are manufactured in cleanroom facilities which are certified free of RNase, DNase, human genomic DNA and endotoxins. We use only the highest medical grade virgin polypropylene with high resistance against chemicals such as DMSO, phenol, and chloroform. Key Features: - Made from polypropylene, a material with very low biomolecular binding characteristics, a high temperature tolerance and resistance to many standard laboratory chemicals, including DMSO
- Autoclavable
- Free from RNase, DNase, human genomic DNA and endotoxins
- Conical V-bottoms (4ti-0132) and U-shaped bottoms (4ti-0126 and 4ti-0136)
- Square wells, to make the best use of space, and to improve mixing
- Alphanumeric grid reference to aid well and sample identification
- SBS footprint
- Clear plate, perfect for storage applications
- Temperature range for use: -80°C to 120°C
- Best for precipitation, centrifugation and small volume recovery due to the conical V bottom, as the liquid gathers at the lowest point of the V for easy pipetting
- U-shaped bottom plates are best for washing, mixing and pelleting and give high surface area
- Stackable
- Suitable for adhesive and heat sealing
- Available with a U-shaped bottom in 1.2ml and 2.2ml
- Also available with a V-shaped bottom in 2.2ml
- Non-sterile as standard, sterilization available upon request
- Available barcoded upon request
- A clear silicone sealing mat (4ti-0137) is also available to fit these plates
... Read More | 4titude standard profile, 0.2ml polypropylene wells, polycarbonate frame with upstand, cut corner A12, working volume: <200μl, total well capacity: 300μl; designed for use on ABI® instruments. This ABI® Style PCR plate offers the benefits of our 2-component design to ABI® 4titude standard profile, 0.2ml polypropylene wells, polycarbonate frame with upstand, cut corner A12, working volume: <200μl, total well capacity: 300μl; designed for use on ABI® instruments. This ABI® Style PCR plate offers the benefits of our 2-component design to ABI® standard block users. This design combines the advantages of ultra-thin wall polypropylene tubes for optimum PCR results with a rigid polycarbonate skirt and deck for the highest thermal stability. We recommend this semi-skirted plate for use with ABI® thermal cyclers and sequencers; it can be used directly with ABI® instruments with no adapters necessary. The only case where this is not true is with the ABI Fast Block thermal cyclers; in this case, using our FrameStar Fast Plate is recommended instead. Key Features: - Free from DNase, RNase, human genomic DNA, and endotoxin/pyrogen
- Ultra-smooth, uniform, thin-walled polypropylene tubes for optimum PCR and real-time quantitative PCR (RT-qPCR) results
- <0.2ml (200μl) working volume, 0.3ml (300μl) total well capacity
- Rigid polycarbonate frame for added mechanical stability
- Significantly reduced thermal expansion and sample evaporation for improved consistency in PCR results
- Improved seal integrity due to thermal stability of frame
- Alphanumeric grid reference to aid well and sample identification
- Ideal for use with ABI® thermal cyclers & sequencers
- Recommended for low volume PCR
- Compatible with standard multichannel pipettes
- Ideal for use with robotic systems
- Available with the following frame color options for the clear well variety: purple, blue, clear, green, red, and black
- Ethylene oxide treated option available for forensic use
- Available barcoded upon request
- Combi packs available (for 4ti-0730/C) with Optically Clear Windowed qPCR Seal (4ti-0565)
... Read More | 4titude low profile, 0.1ml polypropylene wells, polycarbonate frame, cut corner H1, working volume: <100μl, total well capacity: 200μl; universal non-skirted, low profile plate designed for use on all major thermal cyclers. The low profile wells of this plate are shorter than "standard" 4titude low profile, 0.1ml polypropylene wells, polycarbonate frame, cut corner H1, working volume: <100μl, total well capacity: 200μl; universal non-skirted, low profile plate designed for use on all major thermal cyclers. The low profile wells of this plate are shorter than "standard" profile wells, which decrease the "dead space" between the heated lid of the thermal cycler and the sample in the well. This eliminates condensation forming on the side wall of the tubes, preventing reduction in PCR volume and increasing the efficiency of the reaction. This is especially recommended for reaction volumes below 20μl. The rigid polycarbonate skirt of this design eliminates warping and distortion during PCR, meaning seal integrity is not compromised and less of your sample is lost through evaporation. Key Features: - Free from DNase, RNase, human genomic DNA, and endotoxin/pyrogen
- Ultra-smooth, uniform, thin-walled polypropylene tubes for optimum PCR and real-time (RT-qPCR) results
- <0.1ml (100μl) working volume, 0.2ml (200μl) total well capacity
- Rigid polycarbonate frame for added mechanical stability
- Significantly reduced thermal expansion and sample evaporation for improved consistency in PCR results
- Improved seal integrity due to thermal stability of frame
- Alphanumeric grid reference to aid well and sample identification
- Recommended for low volume PCR
- Compatible with standard multichannel pipettes
- Available with the following frame color options for the clear well variety: purple, blue, and clear
- Also available as a black frame with white wells for optimum signal-to-noise ratio when using fluorescent based assays
... Read More | FluidX 0.9ml 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 0.9ml 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 96-well format SBS racks or bulk
- Sealable with screw caps/TPE septum 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 |
| Applications | (For research use only) Biobanking, Cryogenic Storage, Cancer Research, Cellular and Molecular Biology, Drug Discovery, Compound Libraries, Reagent Storage, CDMOs | Storage Applications, Collection Plate, Cell Biology Research, Molecular Biology Research, Drug Discovery | PCR, qPCR, NGS | PCR, qPCR, NGS | (For research use only) Biobanking, Cryogenic Storage, Cancer Research, Cellular and Molecular Biology, Drug Discovery, Compound Libraries, Reagent Storage, CDMOs |