Dräger Ejector-Type Aspiration Unit, NIST Air Connection
An ejector-type aspiration unit with a NIST medical air connection, used for endotracheal suction alongside Dräger Zeus, Primus and Fabius workstations.
The Dräger Ejector Type Aspiration Unit generates suction using a gas-driven ejector rather than an electric pump. Medical air supplied through the NIST gas connection passes through the ejector and produces the vacuum used for endotracheal suction at the patient. Because it draws on the piped air supply, the unit needs no separate power connection at the bed space or theatre position.
The unit belongs to the Zeus device family and is documented as compatible with the Zeus and Zeus IE workstations, Primus and Primus IE, and the Fabius plus, Fabius plus XL, Fabius MRI, Fabius Tiro and Fabius GSP. It is listed for intensive care, neonatal intensive care and operating room use with adult and neonatal patients.
Typical application is airway clearance during anaesthesia, intubation and ventilated care, where suction must be available at the head of the table. Because the documented compatibility spans several device generations, confirm the model and configuration in service against the Dräger documentation for that machine before raising an order.
In practice the item is held as Intensive Care, Neonatal Intensive Care and Operating Room stock. Order by Dräger part number MK01420, GTIN 4048675229438, country of origin Germany. HumaNova supplies Dräger suction and airway management equipment to hospitals, clinics and laboratories across the UAE and the GCC.
Confirm the gas connection standard at your terminal units and the workstation model on your enquiry, since the unit is supplied with a NIST air connection. Pricing is provided by request for quotation only: send an RFQ with the part number and quantity and the HumaNova team will return a written quotation.
Country of origin is recorded as Germany. Where a department is standardising, it helps to send the full list of machines to be covered so each line is quoted against the right variant.


