Equipment & Accessories

Gases Network

Emergency inlet station (Q = 90 Nm³/h)

The Emergency Inlet Station by MD Srl is a high-capacity, heavy-duty medical gas safety system designed to provide an immediate alternative supply point for hospital pipelines in critical or emergency scenarios. Engineered in Italy, it delivers a massive flow rate of up to 90 Nm3/h, ensuring that an external mobile gas source can instantly sustain the facility's life-support distribution lines if the main central gas plant fails or undergoes major repairs.

Gases Network

Emergency inlet station (Q=40 Nm3/h)

The Emergency Inlet Station by MD Srl is a high-reliability medical gas security system designed to serve as a backup decompression and alternative supply point for hospital gas pipelines. Manufactured in Italy, it delivers a maximum flow rate of 40 Nm3/h, ensuring that an external mobile gas source can instantly sustain regional or departmental medical gas pipelines if the main source fails or undergoes clinical maintenance.

Equipment & Accessories

chemotherapy chair

Stephen Scale

A multifunctional motorized medical procedure chair featuring Trendelenburg positioning and pressure-relief cushioning.

Equipment & Accessories

Gases Network

Surface mount installation for terminal units

The Surface Mount Installation system is a specialized, rigid architectural housing designed for mounting medical gas terminal units directly onto the surface of finished hospital walls. It provides a robust, exposed solution that allows clean pipeline entry and quick clinical access without the need to cut deep cavities inside the wall structure.

Equipment & Accessories

Gases Network

Vacuum regulator for rail mounting

The Rail-Mounted Vacuum Regulator is a high-precision medical device designed to measure, adjust, and control the level of suction from a hospital’s central medical vacuum pipeline. Specifically engineered for flexible rail deployment, it provides an ergonomic and space-saving solution for intensive care units (ICUs), operating rooms (OR), and emergency wards by allowing the regulator to be securely positioned on standard medical wall rails.

Equipment & Accessories

Gases Network

Flow meters for oxygen therapy (scale 15 l/min)

The 15 L/min Oxygen Flowmeter is a high-precision medical device designed to measure, adjust, and deliver a regulated flow of medical oxygen directly from the hospital's central pipeline network or a gas cylinder to the patient. It provides a reliable and highly stable flow control mechanism, making it an essential instrument for respiratory therapy in general wards, emergency departments, and intensive care units.

Equipment & Accessories

Gases Network

Flow meters for oxygen therapy (scale 30 l/min)

The 30 L/min Oxygen Flowmeter is a specialized, high-capacity medical device engineered to measure, adjust, and deliver high-flow medical oxygen directly from the hospital's central pipeline network or gas cylinders. With an expanded flow range, this device is essential for advanced respiratory therapies, resuscitation setups, and high-flow delivery protocols in emergency rooms, intensive care units (ICUs), and operating theaters.

Equipment & Accessories

Gases Network

Flow meters for oxygen therapy (scale 50 l/min)

Engineered in Italy for critical care and emergency medicine, this premium 50 L/min flowmeter delivers the massive, stable oxygen flow required for High-Flow Oxygen Therapy (HFOT) and rapid resuscitation protocols. It features a heavy-duty chrome-plated brass body, a shatterproof polycarbonate column, and a micro-precision needle valve to guarantee ultimate durability, quick disinfection, and life-saving accuracy when every second counts.

Equipment & Accessories

Gases Network

High pressure manifolds

Engineered in Italy to serve as the heavy-duty backbone of hospital gas systems, these premium high-pressure manifolds deliver absolute pressure stability and an uninterrupted gas supply for critical medical networks. Built with a robust steel framework and featuring smart automatic change-over technology, they guarantee smooth source transitions, maximum overpressure protection, and flawless performance under high-stress clinical demands.