Fixed medical cabinets with drawers are commonly used storage devices in operating rooms, combining the stability of fixed installation with the convenience of drawer storage.

Laminar flow operating rooms filter air using pre-filters, medium-efficiency filters, and high-efficiency filters to remove dust particles and microorganisms. Then, the air is streamlined and flows at a uniform speed and direction, forming a "piston flow" that rapidly expels dust, microorganisms, and other pollutants from the room, preventing them from lingering and accumulating.

The construction of GMP workshops for medical materials must strictly adhere to relevant standards to ensure a clean, safe, and stable production environment.

The core of GMP (Good Manufacturing Practice) plant design is to meet the cleanliness, sterility, and contamination prevention requirements of industries such as pharmaceuticals, medical devices, and food. Combined with the flexibility of modular cleanrooms, it can achieve the goal of rapid compliance and efficient production.

OEM Cleanroom

The air change rate (also referred to as air exchange rate) of a cleanroom is the ratio of the total supply air volume per unit time to the volume of the cleanroom, with the unit of times/hour. It is a core parameter for measuring the air purification capacity of a cleanroom and maintaining its cleanliness level, directly determining the control effect of airborne particles and microorganisms in the room.

A biological safety cabinet (BSC) is a negative pressure protective device used in laboratories. Its core function is to protect operators, experimental samples, and the laboratory environment from contamination and hazards caused by pathogenic microorganisms and aerosols. It is widely used in fields such as biomedicine, disease control, clinical testing, and microbiology research.

In semiconductor manufacturing, cleanrooms are a core infrastructure determining chip yield. With the advancement of advanced processes such as 5nm and 3nm, the sensitivity of chips to environmental contaminants has increased exponentially. Semiconductor cleanrooms, through extreme contamination control and precise environmental regulation, create ultra-clean environments adapted to advanced processes, becoming a key to industry competitiveness. Currently, the global semiconductor cleanroom market has exceeded $82 billion, with the Chinese market experiencing explosive growth driven by domestic substitution.

The core value of cleanrooms lies in creating and maintaining a stable, controlled environment, and achieving this goal relies on the coordinated operation of various specialized equipment. From air purification to temperature and humidity control, from contamination interception to real-time monitoring, cleanroom equipment forms a complete "environmental management system," directly determining the cleanroom's grade precision, operational stability, and industry adaptability. In high-end fields such as semiconductors, biomedicine, and precision manufacturing, high-quality cleanroom equipment is not only a "guardian" of product quality but also a key infrastructure for enterprises to achieve compliant production and enhance their core competitiveness.