IntelliXcap Automated Screw Cap Decapper/Recapper
The Azenta IntelliXcap series represents the next generation of automated decapping and recapping technology. Engineered for high-throughput environments, this reliable system processes a full rack of tubes in as little as 20 seconds. To provide a precise fit for your specific workflow, the series is available in three dedicated variants: the IntelliXcap-24, the IntelliXcap-48, and the IntelliXcap-96, each specifically designed for 24, 48, and 96-format tubes respectively. Whether you are managing compound libraries or large-scale biobanks, these systems enhance efficiency while maintaining a universal design that ensures seamless compatibility with storage tubes from all leading manufacturers, significantly reducing manual handling time.
| IntelliXcap Automated Screw Cap Decapper/Recapper | |
| Dimensions (H x W x D) | 340 x 256 x 464mm |
| Weight | 22kg |
| Ambient operating temperature | 5°C to 40°C |
| Capping/decapping speed | 20-40 sec to decap or to recap a rack of tubes |
- Azenta provides a wide range of custom made and off the shelf driver cartridges to accommodate specific labware needs
- The modular design of the system allows to quickly and easily change the cap driver cartridge and seamlessly swap between tube types, making the instrument the ideal capper/decapper for automated high throughput workflows
- Due to its flexibility, with one IntelliXcap Automated Screw Cap Decapper/Recapper instrument you can cap, de-cap and re-cap both internal and external thread tubes
- Many of the 24, 48 and 96 format screw cap tubes on the market, including Azenta Life Sciences, LVL, Micronic, Matrix, Nunc and Greiner, can be processed with IntelliXcap Automated Screw Cap Decapper/Recapper
| IntelliXcap Automated Screw Cap Decapper/Recapper | |
| 46-8012 | IntelliXcap Automated Screw Cap Decapper/Recapper 96-format. Suitable for all Azenta Life Sciences tubes and almost all other brands with relevant cartridges; 1 decapper/capper |
| 46-8011 | IntelliXcap Automated Screw Cap Decapper/Recapper 48-format. Suitable for all Azenta Life Sciences tubes and almost all other brands with relevant cartridges; 1 decapper/capper |
| 46-8010 | IntelliXcap Automated Screw Cap Decapper/Recapper 24-format. Suitable for all Azenta Life Sciences tubes and almost all other brands with relevant cartridges; 1 decapper/capper |
| 46-8112 | IntelliXcap Extended Stage for Automation; suitable for IntelliXcap 24, IntelliXcap 48 and IntelliXcap 96 |
| Cartridges | Compatible cartridges: please specify tube type when ordering |
Contact Björn Fetlaar your Sample Storage expert
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- RAPID DECAPPING IN 20 SECONDS
- ADVANCED TORQUE CONTROL
- UNIVERSAL CAP COMPATIBILITY
- SEAMLESS ROBOTIC INTEGRATION
- RAPID DECAPPING IN 20 SECONDS
- ADVANCED TORQUE CONTROL
- UNIVERSAL CAP COMPATIBILITY
- SEAMLESS ROBOTIC INTEGRATION
Increase throughput and reduce manual labor
IntelliXcap Automated Screw Cap Decapper/Recapper series 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, 48 or 96-format racked tubes.
Frequently Asked Questions
Essential information regarding the integration and performance of IntelliXcap automation in high-throughput environments.
Yes, the IntelliXcap is designed with a compact footprint and features an easy-to-use interface that supports seamless integration with various robotic platforms and stackers, facilitating fully autonomous workflows.
The system utilizes advanced torque control technology to apply consistent pressure across all tubes, preventing over-tightening or seal failure. This automated precision minimizes the risk of cross-contamination and sample evaporation compared to manual handling.
The IntelliXcap series offers interchangeable cartridge sets, allowing a single device to support multiple tube formats—including 48- and 96-format racks—and various internal or external thread screw caps from major manufacturers.
The system significantly accelerates sample processing by decapping a full rack of tubes in as little as 20 seconds. This efficiency allows laboratories to scale operations and reallocate personnel to more complex analytical tasks.
Engineered for high-duty cycles, the system requires minimal maintenance. Its robust industrial design and self-diagnosing software ensure consistent uptime, which is critical for maintaining productivity in 24/7 laboratory operations.
