The application fields of automatic lifting transfer Windows

The automatic lifting transfer window is a transfer device that realizes the automatic lifting opening and closing of the window sash through an electric control system. It features good sealing, high cleanliness, high transfer efficiency, and convenient operation. It is widely used in fields with high requirements for environmental cleanliness, safety, and transfer efficiency. The following are the descriptions of its main application fields and scenarios:
I. Medical and pharmaceutical field
Application scenarios
Between the operating room and the clean area
It is used for transferring surgical instruments, medicines, sterile dressings, and other items to avoid the risk of airflow and contamination caused by manually opening and closing the transfer window.
Features: In line with the cleanliness level requirements of the operating room (such as 100-level and 1000-level cleanliness), it ensures that the indoor sterile environment is not disrupted during the transfer process.
Pharmacy and dispensing room
Automatically transfer medicines, infusion preparations, etc., reducing the frequency of medical staff entering and leaving the clean area and lowering the probability of cross-infection.
Laboratory and sterilization room
Transfer experimental samples, reagents, and sterilized equipment to meet the isolation requirements of biosafety laboratories (such as P2 and P3 laboratories).
Ii. Food and Beverage Processing Industry
Application scenarios
Clean production workshop and packaging workshop
Transfer raw materials, semi-finished products, packaging materials, etc., prevent dust and insects from entering the production area, and comply with food hygiene and safety standards (such as HACCP, and GMP).
Cold chain storage and sorting area
The automatic lifting function can quickly connect different temperature and humidity areas (such as cold storage and sorting tables), reduce cold loss, and improve transfer efficiency.
Central kitchen and catering room
Deliver ready-to-eat food, seasoning packets, etc., to avoid food contamination caused by manual delivery and meet the hygiene standards of the catering industry.
Iii. Electronics and Semiconductor Manufacturing
Application scenarios
Dust-free workshop (Class 100-10000
Transfer precision components such as electronic components, wafers, and packaging materials to prevent particles in the air (such as dust and metal shavings) from contaminating the products and affecting the yield of chips.
SMT assembly line and inspection workshop
Automatically transfer PCB boards, component trays, etc., and connect with the automated production line to achieve seamless connection of assembly line operations.
Laboratory and R&D Center
Transfer experimental equipment and test samples to meet the high cleanliness requirements of the microelectronics research and development environment.
Iv. Biopharmaceuticals and Laboratories
Application scenarios
Sterile preparation production workshop
Transfer sterile materials such as culture media, strains, and vials, in combination with online sterilization functions (such as ultraviolet and ozone sterilization), to ensure the sterility of the transfer process.
Biosafety Laboratory (BSL-3/4)
It is used for the transfer of high-risk pathogen samples (such as viruses and bacteria). Through automatic lifting and sealing design, it avoids direct contact of operators with dangerous substances, ensuring biosafety.
Cell Culture and Gene Editing Laboratory
Transfer Petri dishes, reagents, experimental animals, etc., to reduce the interference of human operations in the sterile environment and ensure the accuracy of experimental data.
V. Aerospace and Precision Manufacturing
Application scenarios
Aerospace components processing workshop
It transmits components such as aero engine blades and precision bearings, preventing metal dust pollution generated during the processing and meeting the high cleanliness standards of the aviation industry.
Assembly of optical instruments and precision equipment
Transfer optical components such as lenses, prisms, and sensors to prevent fingerprint contamination or particle adhesion caused by manual contact, ensuring the optical performance of the product.
Military product production workshop
The military electronic components, ammunition parts, and other items are delivered. Through automatic control, human intervention is reduced to enhance production safety and confidentiality.
Vi. Production of Cosmetics and Daily Necessities
Application scenarios
Skincare and makeup production workshop
Transfer the raw materials of the paste, packaging containers, finished products, etc., to prevent cosmetics from coming into contact with external contaminants (such as bacteria, and dust), and meet the GMPC certification requirements for cosmetics.
Perfume blending and filling workshop
The automatic transfer of perfume bottles, spray heads, and other components, in combination with the constant humidity and temperature environment in the workshop, ensures the stability of perfume quality.
Vii. Other special scenarios
Nuclear power plants and radiation protection areas
Transfer maintenance tools, radioactive detection equipment, etc., and automatically lift and lower them through remote control to reduce the risk of personnel exposure to radiation environments.
Intelligent logistics and warehousing system
Integrated into automated storage shelves and AGV (Automated Guided Vehicle) connection ports, it enables automatic material storage and retrieval as well as vertical transfer, thereby enhancing storage efficiency.
Negative pressure isolation ward in the hospital
As a passage for the transfer of items between the isolation ward and the outside, the automatic lifting function can reduce the air exchange between the inside and outside of the ward, and in combination with the negative pressure system, it can prevent the spread of the virus.
The core advantage of the automatic lifting transfer window
Specific manifestations of advantages
High cleanliness level: Made of stainless steel, with sealing strips and air purification devices (such as HEPA filters), it is suitable for clean environments ranging from Class 10 to Class 100,000.
Automation control: Supports multiple modes such as infrared sensing, button control, and PLC linkage, and can be integrated with production lines and ERP systems to achieve intelligent management.
Safety protection: Equipped with anti-pinch hand function, fault alarm, and emergency stop button to ensure the safety of personnel and equipment.
High efficiency and energy saving: Rapid lifting (lifting speed can reach 0.3-0.5m/s) reduces air exposure time, and lowers energy consumption and the risk of cleanroom contamination.
Key points for selection
Cleanliness level matching: Select the corresponding configuration based on the cleanliness requirements of the usage scenario (such as whether laminar flow or sterilization functions are needed).
Size and load-bearing capacity: Design the window size and load-bearing capacity based on the size and weight of the items being conveyed (common load-bearing capacity: 50-500kg).
Control mode: Prioritize the selection of interfaces compatible with the existing automation system (such as RS485, and Modbus protocol).
Sterilization function: In medical, biopharmaceutical, and other scenarios, ultraviolet, ozone, or VHP (vaporized hydrogen peroxide) sterilization modules need to be configured.
Through technological innovation, the automatic lifting transfer window is developing towards intelligence and integration. In the future, it will further penetrate more high-end manufacturing and precision environmental fields.