ABL90 FLEX analyser

When time is of the essence, turn to the ABL90 FLEX blood gas analyzer. Designed specifically for demanding hospital wards like the ICU, the NICU and the ED, the ABL90 FLEX analyzer is always ready for the next sample.

In just 35 seconds, our cassette-based ABL90 FLEX analyzer can deliver 17 parameters from a sample as small as 65 μL. Ensure standardized mixing of your blood samples in only 7 seconds using safePICO syringes and the built-in sample mixer on the ABL90 FLEX analyzer.

Compliance is also straightforward when you work with an ABL90 FLEX analyzer. Automatic quality control with dedicated QC solutions comes built-in to the analyzer which also runs continuous system analysis checks, and takes automated corrective actions when necessary.

ABL800 FLEX Analyser

Ideal for medium to high-volume departments, the ABL800 FLEX blood gas analyser offers reliable automated sample handling and workflow efficiencies.

The unique FLEXQ module allows you to automatically analyse up to three blood gas samples in succession. With the ABL800 FLEX analyser’s Drop 'n' Go capability, there's no need to wait at the analyser for patient results.

The ABL800 FLEX blood gas analyser allows you to measure a full panel of up to 18 STAT parameters on the same blood sample. This supports fast diagnosis of critically ill patients and reduces the risks and patient discomfort associated with repeated sampling.

Volume range Parameters measured

ABL80 FLEX CO-OX OSM analyser

When simplicity and quality CO-oximetry is paramount, consider the ABL80 FLEX CO-OX analyser – OSM version, which delivers reliable test results on CO-oximetry parameters in as little as 60 seconds.

As the only portable, multi-test, stand-alone CO-oximetry analyser available today, the ABL80 FLEX CO-OX analyser – OSM version is ideal for use in Cath labs and EDs. A compact system with automatic quality control and full data integration, it also offers a standby mode to reduce consumable costs.

The ABL80 FLEX CO-OX analyser – OSM version includes hemolysation of blood for improved accuracy versus non-hemolysed blood.

The ABL80 FLEX CO-OX analyser – OSM version offers full IT connectivity to the AQURE point-of-care management system, and can be used as a part of Radiometer’s 1st Automatic solution.

ABL80 FLEX - BASIC version analyser

Compact and reliable, the ABL80 FLEX analyser – BASIC version is the ideal cost-effective choice for blood gas, electrolyte and lactate analysis.

Its standby mode reduces the costs for consumables while the analyser stays ready for the next patient sample. Replacement of consumables involves simple steps as few as 6 times a year, reducing time spent on maintenance.

With its small sample volume, portability, rapid start-up and easy sample handling, the ABL80 FLEX analyser – BASIC version is the ideal blood gas analyser for smaller clinics and hospital departments.

The ABL80 FLEX analyser – BASIC version offers full IT connectivity to the AQURE point-of-care management system*), and can be used as a part of Radiometer’s 1st Automatic solution.

ABL80 FLEX analyser

Easy-to-use test cassettes and a small footprint make the ABL80 FLEX analyser ideal for measuring blood gas, electrolytes and glucose in low- and mid-volume clinical areas.

The ABL80 FLEX analyser offers automatic quality control that makes sure you're always ready for the next inspection.

And because it’s portable and operates fully on battery, the ABL80 FLEX analyser is ideal for sharing among several departments.

The ABL80 FLEX analyser offers full IT connectivity to the AQURE point-of-care management system*), and can be used as a part of Radiometer’s 1st Automatic solution.

TCM Combim Monitor

The TCM CombiM system is ideal for monitoring neonatal and paediatric patients. It provides continuous, reliable, non-invasive and real-time transcutaneous pO2 and pCO2 information and comes with a range of high performing sensors.

The differentiating feature of the TCM CombiM system is the pO2 measurement, a crucial parameter when monitoring patients in neonatal intensive care to avoid the risk of hyperoxia and severe complications, such as retinopathy of prematurity (ROP).

The TCM CombiM system combines an enhanced ready-to-use function with a unique gold-plated sensor technology in the tc Sensor 84 and tc Sensor 54. Radiometer’s gold-plated sensor membrane protection reduces the risk of mechanical damage to the sensor. The sensors offer high reliability of results even after prolonged usage, and only require remembraning every second week, freeing up valuable time for caregivers.

TCM TOSCA monitor

The TCM TOSCA system uses just a single sensor for continuous monitoring of ventilatory status and oxygen saturation in paediatric and adult patients.

It's an easy-to-use solution ideal for respiratory care and sleep medicine. The TCM TOSCA system is designed to monitor tcpCO2, SpO2 and pulse rate, and can be connected to polysomnographs for overnight monitoring of ventilation and oxygen saturation in patients suffering from sleep-related breathing disorders.

Even better, the TCM TOSCA monitor is always ready to use, offering stable measurements at any time with no wait for calibration. The integrated Masimo SET® technology for pulse oximetry provides accurate monitoring of oxygen saturation even during motion and at low perfusion. And the on-board video tutorials make it easy to train staff in how to use the TCM TOSCA monitor, and the tutorial sessions can be reviewed at any time.

TCM400 monitor

Radiometer's TCM400 monitor is a portable unit providing up to six simultaneous measurements of transcutaneous oxygen tension (tcpO2), delivering practical information to prompt the right clinical decision for patients with wounds or suffering from vascular diseases.

In combination with the high performing pO2 sensor, the tc Sensor E5250, the TCM400 monitor offers reliable, accurate, non-invasive and real-time measurements.

The tc Sensor E5250 has a very high measuring accuracy and rapid response during measurements. It is durable, shows demonstrably low drift and is easy to use in clinical practice. The tcpO2 core technology of the sensor is conceived with extremely low oxygen consumption.