Capping/Decapping & Sealing Systems

for Azenta Life Sciences 48-format external thread cryo tubes and racks; 1 capper/decapper.

Compact and bench-top, the Single Channel Semi-Automated Screw Cap Decapper range is tailored for efficient tube decapping and re-capping in medium-throughput laboratories. They provide the consistency of automated decapping at a more affordable cost.

Flexible options to suit a range of tube types
Fast and consistent sealing performance
Space saving design

for Azenta Life Sciences 48-format internal thread cryo tubes and racks; 1 capper/decapper.

Compact and bench-top, the Single Channel Semi-Automated Screw Cap Decapper range is tailored for efficient tube decapping and re-capping in medium-throughput laboratories. They provide the consistency of automated decapping at a more affordable cost.

Flexible options to suit a range of tube types
Fast and consistent sealing performance
Space saving design

for Nunc 48-format internal thread cryo tubes; 1 capper/decapper.

Compact and bench-top, the Single Channel Semi-Automated Screw Cap Decapper range is tailored for efficient tube decapping and re-capping in medium-throughput laboratories. They provide the consistency of automated decapping at a more affordable cost.

Flexible options to suit a range of tube types
Fast and consistent sealing performance
Space saving design

for LVL Technologies 48-format external thread tubes and racks; 1 capper/decapper.

Compact and bench-top, the Single Channel Semi-Automated Screw Cap Decapper range is tailored for efficient tube decapping and re-capping in medium-throughput laboratories. They provide the consistency of automated decapping at a more affordable cost.

Flexible options to suit a range of tube types
Fast and consistent sealing performance
Space saving design

Suitable for all Azenta Life Sciences tubes and almost all other brands with relevant cartridges; 1 decapper/capper.

IntelliXcap Automated Screw Cap Decapper/Recapper 24-format offers a compact modular design for flexibility, user-friendly operation, and is ideal for integration. Perfect for laboratories handling compound libraries or biological samples in 24-format racked tubes.

Boosts throughput with advanced automation
Ultimate flexibility in compact, modular design
Effortless use and seamless integration
Compatible with 24-format racked tubes

Suitable for validated 96-format sample storage tubes and TPE caps, fitted with a purge module that allows an inert gas of choice to be layered over the samples and vibration chute for cap disposal. Capping module and Azenta adaptor set included; 1 decapper/capper
Please specify labware type when ordering

IntelliXcap Septum Caps streamlines high-throughput workflows, automating septum decapping, recapping, and capping. Ensures secure sealing, eliminating manual intervention and preserving sample integrity.

Capping module included for Azenta cap mats
No compressed air required
Single column harpoon to protect samples
Compatible with different labware types

Includes decapper (46-9008), docking station (46-9001), set of power cables, operation manual, cartridges for Azenta Internal Thread (48-9013-01) and External Thread (48-9013-02) for 96-SBS format racks.

Portable and lightweight, the Semi-Automated Handheld Screw Cap Decapper is perfect for use in any laboratory. Capable of capping a single column of 8 screw caps in under 4 seconds, the instrument offers consistent sealing for each and every tube.

Precise torque control with individual motors
Cap driver cartridges for different labware types
Swiftly decaps a single column in under 4 seconds
Compatible with Azenta Acoustic tubes

for Azenta Life Sciences 96-format external thread tubes and racks; 1 capper/decapper.

Compact and bench-top, the Single Channel Semi-Automated Screw Cap Decapper range is tailored for efficient tube decapping and re-capping in medium-throughput laboratories. They provide the consistency of automated decapping at a more affordable cost.

Flexible options to suit a range of tube types
Fast and consistent sealing performance
Space saving design