| Description | Featuring a novel design, the FluidX 1.6ml Maximum Recovery tube is ideally suited for automated workflows using liquid handling, where more sample can be retrieved due to the unique shaped bottom. The innovative design combines both a ?v? and ?u? shaped bottom, to enable a higher amount of sample Featuring a novel design, the FluidX 1.6ml Maximum Recovery tube is ideally suited for automated workflows using liquid handling, where more sample can be retrieved due to the unique shaped bottom. The innovative design combines both a ?v? and ?u? shaped bottom, to enable a higher amount of sample retrieval, therefore creating a reduction in reagent wastage resulting in cost savings. Azenta Life Sciences tri-coded tubes offer unequaled sample audit traceability, enabling sample tracking and data sharing between multiple users, labs, locations and automation capabilities. - Unique design with combined ?v? and ?u? shaped bottom
- Sample identification from 1D, 2D and human readable code
- Capability to work with automation, designed for liquid handlers
- Suitable for cryogenic storage
- Made from high-quality virgin PP
- Available in 48-well format SBS racks or bulk
Suitable for use with liquid handling automation, whether reformatting, cherry picking, aliquoting an/or normalization. The 1.6ml Maximum Recovery tube offers unequaled sample audit traceability, enabling sample tracking and data sharing between multiple users, labs, locations and automation capabilities. 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. ... Read More | 4titude 190μm clear base imaging microplate, black frame. Optically Clear Tissue Culture Plates have been designed for high content screening (HCS) assays in drug development and related areas. They are also suitable for homogeneous assays, employing fluorescence intensity, FRET and TR-FRET 4titude 190μm clear base imaging microplate, black frame. Optically Clear Tissue Culture Plates have been designed for high content screening (HCS) assays in drug development and related areas. They are also suitable for homogeneous assays, employing fluorescence intensity, FRET and TR-FRET where measurements are bottom-read. The high-quality optical base plate assures the necessary accuracy and consistency for automated high throughput systems, generating optimum signal-to-noise ratios. Using state-of-the-art manufacturing technology, we have developed a product which offers several key advantages to the end user. Optically Clear Tissue Culture Plates are assembled using unique patented laser welding technology which reduces auto fluorescence and does not inhibit cell growth. Available with 190μm polystyrene base. Available TC treated: our advanced tissue-culture (TC) treatment method evenly coats each well for optimal cell adhesion properties for highest reproducibility between wells, plates and batches. Key Features: - Leak free
- Free from DNase, RNase, human genomic DNA, and cyto-toxic
- Optimum signal-to-noise ratios
- Good cell adhesion
- Wicking and bubble formation eliminated
- SBS footprint
- Alphanumeric grid reference
- Recommended for confocal microscopy due to reduced cross-talk and superior base flatness
- Reduced auto fluorescence ensures their suitability for fluorescent assays
- Suitable for assays that measure absorbance in the visible light range (400-900nm wavelengths)
- Suitable for colorimetric assays
- Suitable for homogeneous assays
- Suitable for use in BMG lab tech, Molecular Devices, Promega Glomax and other plate readers
- Suitable for adhesive and heat sealing: our Moisture Barrier Seal 384 (4ti-0516/96) is recommended as it is optically clear and allows repeated imaging without removal, reducing contamination risks
- Available with 190μm polystyrene base
- All plates come sterilized, apart from 4ti-0204
- TC treated option available (4ti-0201)
- Available barcoded upon request
... Read More | FluidX 0.65ml 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 0.65ml 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 | 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 | 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 | (For research use only) Liquid Handling workflows, Biobanking, Cryogenic Storage, Cancer Research, Cellular and Molecular Biology, Drug Discovery, Compound Libraries, Reagent Storage, CDMOs | High Content Screening (HCS) Assays, Drug Development, Homogeneous Assays employing Fluorescence Intensity, FRET and TR-FRET | (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 | 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 |