As specialists in the design and installation of advanced medical gas pipeline systems, we provide an extensive portfolio of products, equipment, and services, complementing our medical gas supply solutions. Bansal Air Products Healthcare delivers best-in-class products and services, guaranteeing optimal safety for both our clients and patients, while ensuring an uninterrupted and dependable supply chain.
Turnkey Projects for Medical Equipments
Installation of Medical Gas Pipeline System
Installation of Liquid Storage Tanks
Installation of ICU Beds
Supply of Medical Devices & Equipments
Installation & Commissioning of AIR Separation Units and Oxygen Generation Plants
The high-pressure gas station is specially designed for medical gas distribution and includes an automatic switch-over system to ensure a continuous supply. It can use gas from single cylinders or bundles of cylinders and works as either the main source or a backup for hospital gas pipeline systems.
Medical Compressed Air Stations are designed to produce and supply medical air directly on-site. These stations can function as part of a Medical Gas Pipeline System (MGPS) or as standalone units. At Bansal Air Products Healthcare division, we offer complete services for air stations, from installation to both preventive and corrective maintenance.
Medical Vacuum Stations are specifically designed to generate the vacuum needed for aspiration of secretions. Bansal Air Products Healthcare division provides end-to-end services for these stations, including installation and ongoing maintenance, both preventive and corrective.
Anaesthetic Gas Scavenging Systems ensure the safe removal of anesthetic gases that are not absorbed by the patient. These gases are vented safely outside the operating room, maintaining a clean and safe environment.
Cryogenic tanks store liquefied gases in large quantities, making them ideal for hospitals with high gas consumption needs. Their design allows for efficient storage and easy integration into medical gas systems.
Medical copper pipes distribute medical gases and vacuum from their sources to various outlets. These pipes meet international standards and ensure reliable and safe delivery throughout the facility.
Pressure regulators stabilize and reduce network pressure for safe usage of medical gases. They allow controlled pressure reduction from medium to low levels and provide a backup connection in emergencies.
Ball valves, operated with a simple quarter-turn, are used to isolate medical gas networks during maintenance, ensuring maximum safety. These valves are degraded and compatible with Medical O2 standards.
Alarms monitor supply sources, gas distribution, and pressure levels in medical gas stations. They provide audible and visual signals to alert staff of errors or irregularities in the system.
Zone valve boxes combine monitoring and control of gas supply for specific hospital areas. They also include emergency connections to maintain supply to critical areas during main source failures.
Medical gas outlets manage gas flow and allow quick connections to the gas network. These outlets can be wall-mounted, built-in, or part of bed head units, serving as a direct source of essential gases for patients.
What do we offer you with the Medical Gas Piping System?
The pre-commissioning tests of the Medical Gas Pipeline System (MGPS) and gas quality analysis at the point of use ensure optimal safety for patients and users. These measures effectively prevent leaks and reduce the risk of dispensing errors.
With vast experience in the healthcare sector, Bansal Air Products ensures a solid foundation and consolidated experience. Our employees have specialised technical qualifications and receive continuous training to further train the hospital staff for requisite operations of the MGPS system successfully.
The Medical Gas Pipeline System (MGPS) is engineered in full compliance with the relevant ISO standards. Adherence to these standards is maintained from the initial design phase through to delivery and commissioning. All materials used are specifically selected to ensure optimal performance in material surveillance scenarios.