Every Donation Saves Lives

This deep freezer is used to keep frozen blood components at a stable, validated low temperature until they are required for patient care. It is especially important for plasma-based components, because the cold chain helps preserve clinically important clotting factors. The unit supports organised storage, temperature monitoring and controlled access so that components can be traced and retrieved safely.

Reliable frozen-component storage that supports a safe and uninterrupted blood cold chain.

A blood bank refrigerator is designed specifically for the controlled storage of whole blood and red-cell components. Unlike a domestic refrigerator, it is built to maintain a narrow temperature range, provide uniform cooling and alert staff if the temperature moves outside the accepted limit. This allows blood units to remain properly stored while they are awaiting compatibility testing, issue or transfusion.

Purpose-built refrigeration for safe and traceable storage of blood and red-cell components.

Platelets need different storage conditions from red cells. This platelet incubator maintains the required room-temperature environment while the internal agitator keeps platelet bags moving gently and continuously. The controlled temperature and movement help preserve platelet function during the approved storage period and make the components ready for timely issue.

Controlled platelet storage with gentle continuous movement to support component quality.

This refrigerated centrifuge separates donated whole blood into its major components by spinning blood bags at validated speeds and temperatures. Depending on the programme and centrifugation cycle, the process helps prepare packed red cells, plasma and platelet-rich fractions. Cooling during centrifugation limits unwanted heat build-up and supports consistent component preparation.

Controlled refrigerated separation for consistent preparation of blood components.

The plasma expressor applies gentle, even pressure to a centrifuged blood bag so that plasma can be transferred into a connected satellite bag without disturbing the packed red cells. The expressor is positioned within a laminar airflow workstation, which provides a cleaner work area for handling and processing. Together, these tools support careful component separation and an orderly workflow.

Controlled plasma transfer in a clean, organised component-processing environment.

The ELISA plate reader measures the colour intensity produced in microplate wells after an ELISA reaction. The optical reading is converted into numerical results and interpreted with the approved kit controls and cut-off values. In a blood bank setting, it can support screening assays for transfusion-transmitted infections, depending on the authorised test kits and laboratory protocol.

Automated optical reading that supports standardised ELISA-based blood screening.

The blood bag tube sealer creates a secure, leak-resistant seal in blood bag tubing without opening the closed collection system. It uses controlled radio-frequency energy to fuse the tubing. Sealed segments can then be separated for testing, labelling or component handling while maintaining the integrity of the main blood bag.

Fast, consistent tubing seals that help preserve the closed blood-bag system.

The ID centrifuge is used for immunohaematology procedures such as gel-card or microcolumn testing, where controlled centrifugation is essential for clear interpretation. The adjacent laboratory centrifuge supports routine separation of serum or plasma from collected samples. These instruments help the blood bank perform grouping, compatibility and related testing with a standardised workflow.

Standardised centrifugation for dependable blood grouping, compatibility testing and sample preparation.

During blood donation, this monitor weighs the collection bag continuously and gently mixes the blood with anticoagulant. It helps staff collect the planned volume, observe the flow and stop the process when the target is reached. Continuous mixing reduces the chance of local clot formation and supports a uniform blood-anticoagulant mixture.

Real-time collection monitoring with gentle mixing for a controlled donor experience.