Clean room project

Chip manufacturing workshops employ stringent measures such as air filtration, temperature and humidity control, and electrostatic discharge protection to provide an extremely pure production environment for chip manufacturing. During the chip manufacturing process, even the smallest dust particles, chemical contaminants, or microorganisms can have a fatal impact on the chip, leading to short circuits, open circuits, or electrical faults, thereby affecting the chip's overall performance and reliability. Therefore, the existence of chip manufacturing workshops is crucial, directly affecting the quality and performance of the chips.

Chip manufacturing workshops employ stringent measures such as air filtration, temperature and humidity control, and electrostatic discharge protection to provide an extremely pure production environment for chip manufacturing. During the chip manufacturing process, even the smallest dust particles, chemical contaminants, or microorganisms can have a fatal impact on the chip, leading to short circuits, open circuits, or electrical faults, thereby affecting the chip's overall performance and reliability. Therefore, the existence of chip manufacturing workshops is crucial, directly affecting the quality and performance of the chips.

The laminar flow hood/workbench controller (for AC fans) is the core equipment used to control the operation of AC fans inside laminar flow hoods or clean workbenches. It is designed to ensure that the air in the work area flows in a stable and uniform unidirectional flow, thereby maintaining a local high cleanliness environment.

The lifting door pass-through window controller is a core control component of cleanroom material transfer systems, widely used in production workshops with stringent cleanliness requirements, such as those in LED displays, pharmaceuticals, and electronics. Specifically designed for lifting door pass-through windows, it performs key functions including door lifting control, interlock protection, and status monitoring.

The weighing hood controller is a dedicated control center for weighing hoods (also known as negative pressure weighing hoods or sterile weighing hoods). It is designed for powder weighing and batching stations in industries such as pharmaceuticals and biological agents. Its core functions are to precisely control airflow, maintain a negative pressure environment inside the hood, and link dust removal and sterilization components to prevent dust diffusion and cross-contamination, in accordance with GMP and other industry standards.

The laminar flow hood controller is the dedicated control core of the laminar flow hood (clean laminar flow equipment). It is used to adjust the fan speed, monitor the airflow status, and link the sterilization components to ensure a clean airflow environment of Class 100 to Class 1000 inside the laminar flow hood. It is widely applicable to local high-cleanliness scenarios such as pharmaceutical workshops, laboratory operating tables, and aseptic testing stations. It can be controlled independently or connected to the central control system of cleanrooms.

The touchscreen cleanroom pass box controller (adjustable speed) is an intelligent control device for cleanroom pass box windows, which can adjust the speed of the pass box controller fan to meet different cleanroom requirements.

The LCD air shower controller (automatic door) is an automated device that combines LCD display technology with intelligent control functions. It is mainly used to manage the automatic opening of the air shower door, control the air shower process, and monitor environmental parameters. It is a core component for personnel purification in cleanrooms in industries such as electronics, pharmaceuticals, and food.

The pass box controller is the core control component of the pass-through window, responsible for realizing the automated operation, safety interlock, and environmental purification functions of the pass-through window. It is widely used in places with strict cleanliness requirements, such as medical, pharmaceutical, electronic, and food industries.

A butterfly valve regulates flow by rotating a valve plate (butterfly plate). The valve plate can be fully opened or fully closed by rotating 90 degrees around its axis. Its principle is to control the flow rate by changing the relative position of the valve plate and the pipeline.

Stainless steel cleanroom cabinets are storage devices specifically designed for cleanroom environments. Made of stainless steel, they feature high-efficiency filtration, corrosion resistance, and easy cleaning, maintaining a high level of internal cleanliness and preventing contamination of items. They are widely used in industries such as pharmaceuticals, electronics, and precision instruments.

Hospital automatic glass doors are intelligent door systems designed specifically for medical environments. They integrate safety, hygiene, convenience, and energy efficiency, and are widely used in operating rooms, ICUs, radiology departments, outpatient clinics, and other areas. They are an indispensable infrastructure for modern hospitals.