Reliable Real-time Monitoring, Alarms, Analysis, and Reporting, even During Power and Internet Outages
Description
XiltriX provides continuous real-time monitoring and alarm functionality across critical laboratory environments, helping to significantly reduce the risk of sample loss or damage to valuable biological material.
The platform combines industrial-grade hardware with a redundant communications architecture to ensure high system resilience. Data is securely stored in the cloud, enabling reliable access and audit-ready record keeping. In addition, users benefit from 24/7 live technical support and fully configurable alarm parameters, allowing alerts to be tailored to specific environmental or operational conditions within the laboratory.
Applications
- IVF/ART
- Hospitals
- Bio/Cryo Banks
- Pharma
- Laboratories
- Blood Banks
IVF/ART
Robust data management is essential for achieving consistent outcomes in the IVF laboratory. Because embryos are extremely sensitive to their surroundings, laboratory equipment and environmental systems must maintain highly stable and controlled conditions throughout the entire process. Even minor fluctuations can negatively affect culture media integrity and compromise the viability of eggs, sperm, and embryos. For this reason, strict monitoring is required to safeguard every stage of reproductive material handling.
XiltriX is trusted by IVF clinics across the UK, Europe, the United States, and internationally. It delivers accurate, real-time environmental and equipment data throughout the full patient pathway - from initial consultation and cryostorage of gametes through fertilisation, embryo culture, and up to transfer. The system integrates smoothly into existing laboratory quality control frameworks, supporting full traceability and providing the detailed records needed for audits and regulatory compliance. By continuously monitoring critical parameters, XiltriX helps safeguard laboratory performance in real time, ultimately supporting patient outcomes and clinical confidence.
Biobanking & Cryobanking
Cryobanking infrastructure is expanding quickly worldwide, with increasing reliance on both liquid nitrogen and vapour-phase storage systems. These repositories now hold extremely high-value biological material, often worth millions, yet the level of automated oversight in many setups remains limited. In particular, traditional control systems have not always provided reliable monitoring or alerting for issues such as failed or incomplete autofill cycles. When these failures occur, the consequences can be severe - ranging from loss of irreplaceable samples to potential safety risks for laboratory personnel.
To address these challenges, XiltriX and Cryo Products have collaborated to develop an integrated monitoring approach designed specifically for cryogenic storage environments. The result is CryoXiltriX, which combines advanced liquid nitrogen control with real-time biobanking monitoring and alarm functionality across a wide range of vessel types and manufacturers.
A key component of this ecosystem is the CryoFill unit. The latest CryoFill 2.0 controller is MDR Class IIa certified and can be retrofitted to virtually any cryogenic vessel capable of automated filling. It includes standard features such as hot gas bypass, rapid defog functionality, and continuous liquid level monitoring. Its One-Fill-All-Fill (OFAF) capability further improves operational efficiency by simplifying filling processes while reducing liquid nitrogen consumption.
Case Studies
Case Study - Hewitt Fertility Centre Liverpool
Xiltrix Installation Pictures
Xiltrix for Risk Mitigation
White Paper - The Ultimate Guide to Dewar Monitoring and Alarms
