Operating room project

The bottom return air vent of the operating room is a special airflow recovery device installed on the floor of the operating room. It is a key component of the laminar/turbulent flow ventilation system of the clean operating room and works with the laminar flow ceiling to form a clean airflow path that circulates orderly from top to bottom.

Surgical shadowless lamps are professional lighting devices designed specifically for operating rooms. Through the precise layout and angle adjustment of multiple high-intensity light sources, they effectively eliminate shadows in the surgical area caused by a single light source.

Laminar flow ceilings are a type of highly efficient air purification equipment, primarily used in locations where extremely high air cleanliness is required.

High-efficiency air outlets are ideal terminal filtration devices for Class 1000, Class 10,000, and Class 100,000 cleanroom air conditioning systems. They are widely used in industries such as pharmaceuticals, healthcare, electronics, and chemicals. Their core function is to ensure that indoor air reaches a specific cleanliness level through high-efficiency filtration and uniform air delivery.

Medical manual double-door is a special type of door designed specifically for hospitals. It combines the structural features of a double-door with the sealing performance of an airtight door. It is mainly used in medical places that require high cleanliness and airtightness, such as operating rooms, ICUs, and laboratories.

Medical automatic radiation shielding doors are designed specifically for medical facilities. They are automatic door systems that integrate radiation protection, cleanliness sealing, and safety control. They are mainly used in areas that require blocking radioactive rays, such as hospital CT rooms, X-ray rooms, operating rooms, and radiotherapy rooms. Through lead lining, high-sealing structure, and intelligent control system, they effectively prevent radiation leakage and ensure personnel safety and environmental cleanliness.

Airtight automatic doors are high-performance automatic door systems designed specifically for medical environments. They integrate airtightness, safety, intelligent control, and cleanliness, and are widely used in operating rooms, sterile rooms, ICUs, and other places with stringent environmental control requirements.

The renovation of clean operating rooms directly reflects a hospital's comprehensive treatment capabilities and life support technology level, embodies the hospital's overall medical strength, and is an important symbol of a modern hospital.

Online airborne dust and bacteria samplers are the optimal choice for detecting airborne microorganisms in cleanrooms and sterile environments, and are widely used in industries such as sterile pharmaceutical factories, drug testing institutes, and public health and epidemic prevention areas. Based on the Anderson impaction principle, with an impact velocity of 12 m/s, equivalent to Anderson impaction level 6, an external suction device draws air in through a porous cap (sampling head) and impacts it onto a 90 mm petri dish coated with agar medium. Airborne microorganisms are thus "captured" onto the agar medium. After the petri dish is removed and cultured under suitable conditions, colony counts are performed.

This product utilizes an industrial-grade particle counting sensor combined with an embedded design, integrating temperature and humidity control, PID flow control, an industrial-grade touchscreen, standard RS485/RJ45 connectivity, and optional wireless communication technology. It accurately outputs particle counts in six channels (0.3, 0.5, 1.0, 2.5, 5, and 10µm) in multiple ways, and provides alerts. It meets the needs of lithium battery, LCD panel, biopharmaceutical, semiconductor, and electronics workshops for monitoring, storing, transmitting, and alarming cleanliness data. It complies with the JF1190-2008 Dust Particle Counter Calibration Specification.

Medical hand sinks are handwashing equipment designed specifically for medical environments and are widely used in areas such as operating rooms, sterilization supply centers, laboratories, and wards. Their core functions include:
Hand cleansing and disinfection: Removing hand contaminants and microorganisms using running water, hand soap, or disinfectant.
Infection control: Preventing the spread of nosocomial infections caused by hand contamination.
Compliance with medical standards: Must meet hospital infection management standards (such as the "Technical Specifications for Disinfection in Medical Institutions").

Medical cabinets are facilities specially used to store medical equipment, medicines, documents and other related medical items.