Automatic
Nitrogen
Manifold
Uninterrupted, high-pressure nitrogen delivery engineered to power pneumatic surgical tools seamlessly across orthopedic, neuro, and ENT theatres. Designed to NFPA 99 by FML.
The Power Source for Pneumatic Surgical Instruments
Pneumatic surgical instruments depend on a continuous, high-pressure nitrogen supply to perform throughout a procedure. In orthopaedic, neurosurgical, and ENT theatres, any drop in pressure or supply interruption directly affects instrument performance at the moment precision matters most.
An automatic nitrogen manifold keeps supply continuous by operating two cylinder banks in a duty-standby configuration. When the duty bank depletes, the standby takes over automatically without interruption at the theatre panel. FML sizes the manifold, regulator train, and pipeline to the specific pressure and flow demands of your theatre configuration.
Where Piped Nitrogen Is Required
Orthopaedic Theatres
Continuous supply for drills, saws, and reamers throughout joint replacement and fracture fixation.
Neurosurgical Theatres
Consistent operating pressure for high-speed craniotomy drills where supply variation affects instrument performance at the surgical site.
ENT and Maxillofacial Theatres
Stable pressure at the low flow rates characteristic of micro-instrumentation in ENT and maxillofacial procedures.
General and Mixed-Use Theatres
Nitrogen at every panel enabling orthopaedic, neurosurgical, or ENT cases without reconfiguration between lists.
Instrument Workshops and Sterilization
Nitrogen for drying and purging pneumatic instruments during decontamination where this is standard procedure.
Day Surgery and Ambulatory Facilities
Theatre-specification nitrogen for standalone facilities performing orthopaedic or ENT procedures.
Get an Nitrogen
Manifold System Designed
for Your Facility
Tell us about your building, your system, or your challenge. Our team will assess your needs and recommend the right solution.
24-hour emergency service available.
Call us any time for critical system faults.