Matrix™ SepraSeal and DuraSeal Capping Systems

Accommodate a range of application and storage requirements. Thermo Scientific™ Matrix™ SepraSeal and DuraSeal tube sealing solutions complement the innovative line of Thermo Scientific Matrix 2D and non-2D coded storage tubes. Available in a range of formats to allow automated piercing, visual identification and sterility preference to meet your individual storage needs.

Sample Access Options

• Designed for storage down to -20°C, Matrix SepraSeal mats are available in sterile, non-sterile, solid, or pre-split, and a range of colors for quick visual sample identification
• Solid seals can be removed for sample access with the Thermo Scientific Matrix SepraSeal cap removal tool, or can be pierced once
• For applications involving repetitive sample access, a pre-split Matrix SepraSeal can be pierced by automated liquid handling equipment, requiring very little pressure, while maintaining seal integrity with self-sealing closure
• For applications requiring storage down to -80°C, permanently installed DuraSeals are an ultra robust SepraSeal option—can also be used for repetitive piercing procedures
• The Matrix DuraSeals Pre-Split V-Shaped design reliably and accurately guides automated liquid handling needles into the same location over multiple piercings—self-sealing design maintains sample integrity and prevents loss during storage

Application Flexibility

• Elastomer ensures sealing performance will not degrade, even after multiple cap piercings
• The Matrix SepraSeal tube sealing solution offers the flexibility of individual tube capping while also providing the ability to apply 96 caps at once
• Supplied in mats of 96 caps each, sealing is secure and consistent every time when applied with the Thermo Scientific SuperSealer
• After the SuperSealer applies the mat, simply pull up the backing sheet to reveal 96 individually sealed tubes—for applications where multiple piercings are required
• The Matrix DuraSeal capping system is available in bulk or pre-installed in a wide array of our storage tubes