How BinaryMed Helps Labs Achieve ISO 15189 Compliance
The integrity of a patient result depends entirely on the integrity of the sample behind it. Under ISO 15189 compliance, laboratories must ensure that samples are collected, stored, transported, and received under strictly controlled and traceable conditions. Yet for many laboratories, maintaining continuous visibility over samples outside the lab remains one of the most difficult […]
UK & EU Labs Turn to Real-Time Sample Tracking to Simplify ISO 15189 Compliance
Across the UK and Europe, pathology laboratories are under growing pressure to prove, not just claim, ISO 15189:2022 compliance. The latest ISO 15189:2022 revision places more weight than ever on traceability, data integrity, and risk-based thinking. Accreditation bodies, such as UKAS accreditation, now expect laboratories to demonstrate the chain of custody of every patient sample and environmental […]
Introducing Recurring Manifests in Binary Cloud
Managing specimen shipments is a critical part of the pre-analytical process. Laboratories and couriers need clear, accurate records to ensure compliance, traceability, and patient safety. That’s why Binary Cloud includes manifests, digital records that give you complete visibility into what’s moving, where it’s going, and when it should arrive. Creating a Standard Manifest Manifests have already […]
Biological Sample Tracking: The Role of IoT and Real-Time Monitoring
In pathology and diagnostic testing, the moment a biological sample leaves the collection site, a critical journey begins. Whether it’s a blood vial, tissue biopsy, or swab, these samples must be transported quickly and securely to the laboratory for analysis. Yet, for many labs, the time between pickup and arrival remains a black box. Where […]
The Impact of Real-Time Specimen Tracking on the Pre-Analytical Phase
The pre-analytical phase of laboratory diagnostics is a crucial yet often underestimated part of the diagnostic journey. From specimen collection to specimen transport and preparation for analysis, this phase is rife with opportunities for errors, delays, and inefficiencies. Pre-analytical errors, such as sample degradation, mishandling, or incorrect labeling, can compromise patient care, increase costs, and […]
5 Types of Sample Tracking Systems
Effective sample tracking systems are essential for pathology laboratories to maintain the integrity and accountability of each specimen throughout its lifecycle. As regulatory requirements grow stricter, labs need to rely on advanced systems to ensure accuracy, minimise errors, and improve efficiency. This post delves into the various types of sample tracking systems available, from manual […]
Complete Guide to Remote Sample Tracking
Remote sample tracking technologies are revolutionising how laboratories manage and monitor their critical medical specimens, enabling better patient outcomes and efficient operations. This comprehensive guide aims to explore the ins and outs of remote sample monitoring systems, their importance in modern labs, and the advanced technologies driving this remote specimen tracking revolution. What is Remote […]
Introducing the Cicada Sentinel™ for Laboratory Temperature Monitoring
Medical laboratories worldwide shoulder the critical responsibility of preserving the quality and integrity of biological samples during their storage and testing processes. Traditionally, ensuring samples are stored at the correct temperatures within refrigerators or storage rooms has been a manual task prone to human error or slow response times. BinaryMed is excited to introduce the […]
5 Benefits of Real-Time Specimen Tracking
Real-time specimen tracking is becoming an essential component of medical and research environments. This technology significantly enhances diagnostic accuracy and operational efficiency, ultimately improving patient outcomes. By ensuring that medical specimens are monitored continuously from the moment they are collected until they are analysed, real-time tracking systems help bridge the gap between medical data and […]
Cellular vs RFID Sample Tracking
In the complex world of biomedical sample tracking, ensuring the integrity, safety, and timely delivery of samples is paramount. Traditional methods, such as RFID (Radio Frequency Identification) offer incremental improvements over manually labeled samples, but have struggled to achieve widespread uptake due to significant technological and commercial limitations. BinaryMed has pioneered cellular IoT technology for biomedical […]
