To meet the safety requirements, the gas supply to operating rooms must be equipped with devices that allow for instant shut off. The GCE medical shut-off valves provide the necessary control by enabling sectional management of the gas supply, ensuring that maintenance can be performed without disturbing the overall system. These medical gas valve units are essential for installation in every main line, riser, and branch line of the pipework system to perform secure maintenance.

The Diamond Range Suction Unit is a cutting-edge solution for safe suction supply, featuring advanced technology and unique safety features. Each unit comes with an integral pipeline protector that provides 100% guaranteed protection against pipeline contamination. The built-in hydrophobic filter turns PINK when contaminated, indicating the need for a filter change and immediately stopping the flow to ensure safety. All models include a date of manufacture ring.

The GCE Lockable Line Valve is ideal for both new and existing applications requiring secure but easily accessible medical gas isolation valves within restricted areas. Designed for direct mounting into medical or laboratory gas pipelines via the supplied copper tailpieces, this medical gas valve can be located within wall or ceiling voids or any area with limited access.

The GCE Medical Duplex ERM30 HTM emergency reserve manifold is designed to provide a reliable medical gas backup supply during maintenance or failure of the primary supply manifold. It ensures compliance with Health Technical Memorandum (HTM) No. 02-01 and BS EN ISO 7396-1 for medical gas pipeline systems. This gas manifold enables seamless integration, effortless operation, and low maintenance.

The GCE Medical Duplex PNP100 two-stage gas manifold is designed to reduce gas pressure in two steps to maintain constant distribution pressure. Equipped with an innovative touch screen alarm, it displays all three gas sources to enable real-time monitoring for operators. Featuring an integrated third-source entry point for LOX, compressors, or a backup source, this manifold automatically switches to the reserve bank when the primary bank is depleted, allowing seamless operation without interruption. The advanced pneumatic shuttle valve design ensures efficient gas flow and easy replenishment of the empty bank.

Discover the MediVital® E Pressure Regulator Integrated with Cylinder Valve from GCE – an all-in-one solution for reliable medical gas management. Combining a shut-off valve, pressure regulator, flow selector, and filling port into one sleek design, this versatile medical cylinder valve is perfect for home care, emergency, and hospital settings.

The GCE MediVital® E offers all the features of the standard MediVital and more. Its compact LCD provides continuous live data on cylinder pressure, enabling operators to see and clearly understand the minutes remaining for optimal patient care. Designed for durability, the valve is protected by a sleek guard, ensuring longevity in the demanding healthcare environment.

The GCE DUPLEX PNP100 HTM gas manifold is designed to provide a safe and reliable medical gas supply across hospital central gas systems. It enables automatic changeover of medical gases, ensuring continuous gas supply to the patients without breaks.

This medical gas manifold supports high flow rates of up to 100 m³/h at 4 bar, and its two-stage pressure regulation guarantees stable delivery pressure. The unit is equipped with an interactive touchscreen alarm for easy monitoring and maintenance.

The DUPLEX PNP100 manifold is fully compliant with the requirements of HTM 02-01/2022 standards.

The Diamond Range Flowmeter is colour-coded in accordance with the gas being used and has been designed with maximum safety in mind.
• Flow ranges cover from high flows to low (neonatal).
• It is manufactured from high-strength plastics.
• Comply with EN ISO 15002.

The Delta P Shut-Off Valves with NAMUR Sensor are designed for reliable operation and monitoring within medical gas installations. Each valve is supplied with connections and gaskets suitable for use with medical gases. They also undergo ultrasonic degreasing to eliminate contaminants to ensure full compatibility with clean gas environments.

These chrome-plated brass ball valves come fitted with butterfly handles for smooth and effortless operation. The integrated NAMUR sensor detects and signals the valve’s open or closed status, transmitting this information through a PVC cable (standard length: 2 meters).

GCE Medical offers quality home oxygen therapy solutions in the form of stationary oxygen concentrators. With quiet operation and convenient alarms, our home oxygen machines are designed with patients' peace of mind as a priority.

Delta P is a global leader in the engineering, manufacturing, and delivery of high-performance oxygen concentrators and modular onsite oxygen generation systems. Recognised for exceptional quality and safety, Delta P offers a complete, one-stop customer experience—providing state-of-the-art PSA oxygen concentrators, turnkey oxygen plants, and a full range of supporting services for hospitals and clinics worldwide.

With deep expertise in Pressure Swing Adsorption (PSA) technology, Delta P combines innovation, reliability, and operational excellence to deliver ultra-safe and energy-efficient oxygen solutions. The company’s mission is clear: to be the supplier of choice for advanced, cost-effective onsite oxygen generation systems that empower healthcare facilities with a dependable oxygen supply, streamlined operations, and long-term value.

GCE Medical provides the best-in-class, FAA-approved portable oxygen concentrators, Zen-O™ and Zen-O Lite™, and all its accompanying accessories to make oxygen therapy at home and on-the-go effortless and comfortable for both patients and providers.

The GCE EASE II demand valve is a robust and compact device designed to be used by patients to self-administer medical gas therapy with minimal breathing resistance. Delivering oxygen up to 300 Liters per Minute is perfect even for medical situations where high flow rates are required. This oxygen demand valve is recommended for diving accidents and cluster headaches, and the gas mixture of N2O/O2 is recommended during pain relief therapy.

The EASE II demand valve features a test/purge facility, an easy-grip handle, and a wrist strap for convenience. It includes a replaceable patient/bacterial filter and is easy to clean and reassemble, adhering to cross-infection protocols. This GCE demand valve conforms to global standards, making it a reliable choice for critical care scenarios.

Experience the superior performance and reliability of our Push-To-Set™ vacuum regulator, designed with both intermittent and continuous modes. The innovative, silent, patented unilogic timing module ensures a consistent and quiet operation, cycling the regulator ON and OFF during intermittent suctioning. The Push-To-Set feature eliminates the need to occlude patient tubing, allowing for precise vacuum level settings. With Quick-To-Max, single-hand vacuum level adjustment, and ergonomic design, the Push-To-Set™ vacuum regulator offers maximum convenience to the operator.

Upgrade your hospital gas supply system with the GCE Area Valve Service Unit HTM. This sleek, compact unit is designed for easy installation into any wall mounting configuration and comes with a customizable wall-to-ceiling cover panel. The emergency valve operates via a unique pull-off cover with a break tab, ensuring quick and secure access during critical moments. The gas supplies are connected through gas-specific NIST connections, and the access door can be fully closed and locked once the gas supply is connected, providing a secure and tidy finish.

The Delta P ISO 7396-1 medical vacuum system is designed to provide a reliable and continuous vacuum source for medical gas pipeline systems in hospitals and healthcare facilities. Engineered in compliance with stringent ISO and MDD standards, it ensures safe, efficient, and uninterrupted vacuum delivery for medical suction applications. This hospital vacuum system is available in multiple configurations, such as vertical vacuum station, horizontal vacuum station, and horizontal tank configuration, to suit various facility sizes and layouts.

Bring unparalleled control and safety to the demanding medical facilities with the AVSU SLIDE from GCE. It is designed for monitoring and regulating gas pressure from the source to the point of use at the department or room level. This unit can handle up to a maximum of six gases without taking up much space.

In case of malfunction, maintenance, or repair of the medical central gas system, the AVSU SLIDE allows you to seamlessly interrupt the gas flow by closing the internal valves. For emergency situations, its emergency inlet points enable the external feeding of life-supporting gases, providing a critical lifeline when needed most. An integrated alarm alerts medical and technical staff to pressure anomalies, ensuring immediate action to maintain system performance and patient safety.

The GCE MediSelect® II high-pressure regulator is crafted to prioritize convenience just as much as performance. Its standout feature is a self-centering flow selector that ensures a continuous gas flow between settings while enabling seamless and precise control.

With an extra flow setting of 25 LPM on the traditional 15 LPM variant and an additional LPM setting, this medical gas regulator is suitable for resuscitation and nebulization applications.

The MediSelect® II regulator features lateral and frontal flow reading windows and a rotating pressure gauge, enabling easy monitoring from anywhere. Furthermore, the 360-degree swivel outlet offers a wide range of angles to connect nasal cannulas or oxygen masks without being twisted.

The Delta P AMEST medical air system generates medical-grade air and instrument air for surgical applications, fully compliant with the European Pharmacopoeia requirements. It is controlled by an electronic control panel capable of operating in DUPLEX (2 compressors), TRIPLEX (3 compressors), or QUADRUPLEX (4 compressors) configurations, depending on the software installed in the main control logic. This flexibility ensures efficient, reliable, and continuous operation tailored to the needs of different healthcare facilities.