Constructing a high-quality surgical space for precision medicine using standardized modules.

I. Core Advantages

Shortened Construction Cycle: Modular operating rooms, through factory prefabrication and on-site assembly, significantly reduce on-site construction time and cycle. Compared to traditional operating rooms that require lengthy construction and decoration periods, modular operating rooms can be put into use quickly, meeting hospitals' needs for rapid operating room construction.

Reduced Construction Costs: Modular operating rooms are prefabricated in the factory, reducing the material and labor costs required for on-site construction. At the same time, the short construction cycle avoids additional costs incurred due to long construction periods, such as rising labor costs and fluctuating material prices.

Improved Construction Quality and Safety: Modular operating rooms adopt standardized design and equipment selection, ensuring that the operating room meets hygiene standards and regulatory requirements. During assembly, welding, painting, and cutting processes are eliminated, reducing uncontrollable human factors and improving construction safety. Furthermore, the interior wall panels use fire-resistant materials with reliable hardness and fire resistance, ensuring the safety of the operating room.

Green and Environmentally Friendly: Modular operating rooms utilize high-tech environmentally friendly equipment and materials during factory production, reducing construction waste and dust pollution. On-site assembly uses only screws, eliminating the need for adhesives and generating no construction waste, thus meeting green building requirements.

Flexible Configuration and Easy Upgrades: Modular operating rooms allow for the selection of different modules based on actual needs, such as operating tables, surgical lights, surgical instruments, clean areas, and purification systems, achieving optimal resource allocation. Furthermore, with continuous advancements in medical technology, modular operating rooms can be easily upgraded to meet new surgical needs and technical requirements.

II. Technical Features

Modular Design: Modular operating rooms assemble and install the operating room enclosure structure and supporting products using a modular design and construction method. Each part is an independent module, facilitating transportation, assembly, and subsequent maintenance.

Factory Production: Modular operating rooms employ factory production methods, improving production efficiency and product quality. All modules are manufactured according to unified standards, ensuring quality and compatibility.

High-Efficiency Filters and Airflow Control: Modular operating rooms utilize high-efficiency filters and airflow control to ensure the cleanliness of the surgical area, reducing airborne microorganisms and particulate matter, and improving the quality of the surgical environment.

III. Application Scenarios Modular operating rooms are suitable for various medical scenarios, such as general hospitals, specialized hospitals, and clinics. They can meet the construction requirements of operating rooms of different sizes and needs, providing hospitals with an efficient, safe, and environmentally friendly surgical environment.