M956O - CryoSette™ Containers for frozen tissue collection, transport, and storage - 2.5ml
Base of the CryoSette Container is made of acetal. It's screw closure is made of high-density polyethylene.
• Packaged non-sterile
• Store sample specimens in a -86°C ULT upright chest freezer and/or in a Dewar flask at -196°C (vapor phase only).
(Use CryoSettes is LN2 vapor-phase ONLY).
• Slanted ID writing surface on CryoSette for identification.
• Choose ID Insert Options (Note, a recessed Insert spot is located on CryoSette for ID purposes).
1.) 2D Barcoding Insert for efficient sample tracking.
2.) Color-Code Plastic Insert, 5 colors available (B, G, L, R, Y).
• CryoSettes are designed to maintain the integrity of tissue samples.
• Choice of two box sizes for CryoSette storage or transport (21-place and 40-place). Complete descriptions below.
• 95 kPa tested (pressure).
The CryoSette™ Container, from Life Science Products, is designed for frozen tissue collection, transport and storage. It can also be used for storing a multitude of other specimens in all laboratories. The robust design of the cryosette ensures that tissue morphology will be well preserved. This 2.5 ml container features a wide-mouth opening and a high integrity screw closure. It is designed with a flat bottom and straight sides for easy tissue removal. The specific shape of the Cryosette allows its manipulation to be optimized, whether you are using gloves or not. The CryoSette™ efficiently stores tissue samples in -86 °C ULT freezers or in the vapor-phase of liquid nitrogen in Dewar flasks at -196 °C, but not in LN2 liquid phase. The CryoSette™ screw closure and base are designed so they will not seize at low temperatures. Rapid visual 1 1/4 turn, even during repeated freeze / thaw cycles. Color-coded inserts are available in 5 colors. The CryoSette™ offers two surfaces for handwriting or applying barcode labels: an anterior surface and a larger space underneath the base. A thin cardboard I.D. label and a plastic transparent cover are available for the latter. A 2D barcode insert can also be placed on the anterior writing surface for rapid visual sample identification. The CryoSette™ is compatible with common tracking methods. The anterior writing surface is improved for ink adherence. The large size of the CryoSette™ chamber is suitable for most storage applications. Chamber dimensions: 21 mm O.D x 18 mm I.D. x 10.5 mm H. Total CryoSette™ dimensions : 24 mm x 38 mm x 11 mm H (see photo above).
M956-21W and M956-40B - CryoSette™ Frozen Tissue Storage/Transport Boxes
The M956-21W Box is made of polypropylene
• Compatible with leading frozen sample storage systems
• Thick walls minimizing deformation due to temperature changes
• Can be handled by robotic equipment
• Rack orientation marks on sides
• Features Latch for locking and unlocking rack lid
• Autoclavable
The M956-21 storage/transport box is designed to contain 21 frozen tissue Cryosette™ containers. The box is compact and has an SBS standard footprint to make suitable to several robotic storage systems. These innovative boxes can be stored in low-temperature freezers. Temperature range -196 °C to 110 °C. Suitable for cryogenic storage, but only in gas phase of liquid nitrogen. Dimensions : 127.76 mm x 85.48 mm x 41.6 mm H.
The M956-40B made of polycarbonate.
The M956-40W CryoSette™ storage/transport box can accommodate up to 40 Tissue Containers. This box is 133 x 133 x 52 mm H. Made of extra strong polycarbonate, this durable cryogenic storage box is designed to be used at temperatures between -196°C and +121°C and are autoclavable at 120°C, 15 psig (1 bar) for 20 minutes. Only in gas phase of LN2. The frosted cover allows the user to write directly on top of the box, and is keyed to the base to prevent misalignment. Includes separator for each box.
M957BK-2D 2D Bar Code Insert
The 2D Bar Code Inert allows for immediate coding of your samples. The 2D Insert is manually pushed in and locks into place on top of the slanted front marking surface. Inserts are generated by a permanent laser etching system which provides sharper detail and are tested to ensure readability and uniqueness.
Copyright Compilation, Life Science Products, 2023.