Operating room project

Class 10,000 clean operating rooms are a core component of small and medium-sized medical institutions and outpatient surgical centers. The air cleanliness meets the ISO 14644-1 Class 7 standard, with a dust particle concentration of ≥0.5μm ≤352,000 particles/m³. They balance sterility requirements with operation and maintenance costs at a high cost-performance ratio, and are suitable for outpatient minor surgeries, cosmetic surgery, dentistry and other scenarios.

A Class 1000 clean operating room is a core component suitable for routine major surgeries in general hospitals. The air cleanliness meets the ISO 14644-1 Class 6 standard, with a dust particle concentration of ≥0.5μm ≤35200 particles/m³. Balancing sterile protection with operating costs, it is the preferred solution for departments such as orthopedics, general surgery, and thoracic surgery.

A Class 100 clean operating room is the highest level of sterile surgical space. The air cleanliness meets the ISO 14644-1 Class 5 standard, with a dust particle concentration of ≥0.5μm ≤3500 particles/m³. It can effectively eliminate suspended bacteria and particulate matter in the air, providing an absolutely sterile operating environment for ultra-high precision surgeries such as ophthalmology, neurosurgery, and cardiac surgery.

To meet the specific surgical needs of specialized hospitals such as orthopedics, ophthalmology, cosmetic surgery, and dentistry, we have created highly adaptable modular operating rooms that balance the precision, professionalism, and efficiency of specialized surgeries, helping these hospitals improve their treatment quality and core competitiveness.

Specifically designed for surgery on patients with respiratory infectious diseases and highly pathogenic infections, it achieves a negative pressure environment in the operating room through directional airflow control and high-efficiency air filtration, preventing the spread of pathogens and creating a safety barrier for medical staff and the surrounding environment.

Based on function and cleanliness level, operating rooms can be divided into two main categories: conventional clean operating rooms and special operating rooms. Conventional clean operating rooms are classified into standards such as Class 100, Class 1000, and Class 10,000 according to air cleanliness, and are suitable for routine surgeries such as general surgery, orthopedics, and ophthalmology. Special operating rooms include negative pressure operating rooms (to deal with infectious disease surgeries and prevent the spread of germs), digital operating rooms (integrating imaging and remote consultation systems to achieve surgical visualization and teaching collaboration), and interventional operating rooms (equipped with radiation protection equipment to perform cardiovascular and neurointerventional surgeries), etc.

Laminar flow purification transfer window is designed specifically for high-cleanliness scenarios. Its core function is to further remove dust from the surface of materials through local laminar flow purification when transferring materials between different clean areas (such as ISO 5 and ISO 7 clean rooms), thus preventing cross-contamination. It is widely used in places with stringent cleanliness requirements, such as pharmaceutical workshops, sterile operating rooms, and semiconductor laboratories.

Medical laminar flow hoods are local high-cleanliness air purification devices designed specifically for medical scenarios such as hospital operating rooms, ICUs, sterile wards, and laboratories. Their core function is to create a sterile operating space, reduce surgical infection rates, and ensure the safety of medical operations. They are one of the core supporting equipment for modular clean operating rooms.

The exhaust vents at the top of the operating room are the core terminal exhaust components of the operating room clean air conditioning system. They are designed specifically for medical clean environments and work in conjunction with the top air supply system to create a directional airflow organization of top supply and bottom return / top supply and top exhaust. This rapidly removes polluted air, anesthetic waste gas, pathogenic aerosols, and dust particles from the operating room, maintaining a stable positive pressure gradient and cleanliness, and ensuring the sterility and safety of the surgical environment.

Electro-galvanized steel sheet wall panels are cleanroom wall materials made from cold-rolled steel sheets treated with electro-galvanizing process as the base material and combined with fireproof and moisture-proof core materials. They are designed for places with strict requirements for cleanliness and corrosion resistance, such as operating rooms and sterile laboratories, and are the core component of cleanroom enclosure structures.

The central control panel of the operating room is an integrated intelligent control terminal that integrates the control of various operating room equipment, environmental monitoring and parameter adjustment functions. It is the "nerve center" of the clean operating room, realizing centralized management of the operating room environment and equipment.

X-ray viewing light boxes are specialized lighting equipment for medical imaging diagnosis, used to clearly display image information on X-ray films. They are essential supporting equipment in medical facilities such as operating rooms, radiology departments, and consultation rooms.