Advanced 62dB Cleanroom Workbench for Hospitals and Laboratories

Medical & Research Choice: Tianjia Advanced Clean Bench for Hospital Laboratories

I. Core Technical Highlights

1. Advanced air purification system, medical‑grade aseptic guarantee

    

   Tianjia advanced clean bench for hospital laboratories adopts medical‑grade HEPA high‑efficiency filter, with a retention efficiency of >99.99% for 0.3μm particles, cleanliness reaches ISO Class 5 (better than Class 100 standard), matched with precise laminar air duct design, uniform air flow without dead ends, eliminating microbial and dust pollution from the source, suitable for high‑precision medical and research work such as hospital laboratory sample testing and reagent research and development, far exceeding the purification standards of ordinary clean equipment.
    
2. Low‑noise intelligent efficiency control, suitable for medical and research fine operations

    

   Tianjia advanced clean bench for hospital laboratories is equipped with an advanced microcomputer control module, with stepless and precise adjustment of wind speed at 0.3~0.6m/s, operating noise as low as ≤62dB, vibration control ≤4μm, no noise interference to experimental thinking, no vibration impact on precision operations, perfectly matching the long‑term, high‑precision experimental needs of hospital laboratories. Ordinary equipment has no fine regulation ability and is easy to interfere with experimental accuracy.
    
3. Medical‑grade exquisite materials, more corrosion‑resistant, easier to disinfect and more durable

    

   The countertop of Tianjia advanced clean bench for hospital laboratories adopts 304 food‑grade stainless steel with an integrated seamless process, resistant to erosion by various medical disinfectants, easy to wipe clean without residue; the viewing window is 5mm radiation‑proof tempered glass with a liftable design, taking into account operational convenience and protection. Advanced materials and processes adapt to the characteristics of high‑frequency disinfection and strict use in hospital laboratory scenarios.
    
4. Advanced modular structure, flexible adaptation to medical and research scenarios

    

   Tianjia advanced clean bench for hospital laboratories adopts an advanced modular design of detachable bottom box + universal silent wheels, light to move, fast to install, can flexibly adjust the placement position according to hospital laboratory layout and experimental needs, no professional construction required, single person can complete commissioning, suitable for various hospital laboratory scenarios such as clinical laboratories, pathology departments and pharmaceutical research and development rooms.
    
5. Full‑process advanced quality control, medical‑grade certification guarantee

    

   The whole machine of Tianjia advanced clean bench for hospital laboratories has passed ISO9001 quality system certification, undergone multiple medical‑grade testing processes from production to factory, advanced sheet metal sealing technology ensures long‑term stable operation of the equipment, and the trouble‑free working time is far higher than the industry average, providing a continuous and reliable clean operating environment for hospital laboratories.
    

II. Quick Selection & Matching

1. Matching for hospital clinical laboratories: The single‑person model precisely matches single‑person operation scenarios such as sample processing and blood routine testing, small size does not take up space, purification efficiency focuses on the operating area, improving testing accuracy.
    
2. Matching for hospital pathology/research laboratories: The double‑person model is suitable for multi‑person collaboration scenarios such as pathological section production and drug research and development, super large clean operating surface, meeting simultaneous experimental needs, taking into account efficiency and asepsis.
    
3. Matching for hospital pharmacy department: Customizable countertop size, suitable for various drug preparation and subpackaging operations, corrosion resistance to disinfectants, perfectly matching the high‑frequency cleaning use requirements of the pharmacy department.
    
4. Procurement mode matching: MOQ 1 unit, supports exclusive discounts for hospital bulk purchases, provides exclusive fast delivery channels for medical equipment, average response ≤6.52 hours, repeat customers enjoy stock reservation + on‑site commissioning services.
    

III. Installation Process

1. After receiving the equipment, check the integrity of accessories and equipment appearance according to hospital laboratory installation specifications, and operate only after confirming no damage.
    
2. Move the equipment to the designated experimental position, lock the universal wheels, adjust to the horizontal state through a level to ensure stable and vibration‑free operation of the equipment.
    
3. Connect to medical‑standard 220V/50Hz power supply, check the circuit connection is correct before turning on the machine, start the purification system for pre‑operation for 30 minutes to discharge internal residual air.
    
4. Debug parameters such as wind speed and lighting through the microcomputer panel, use professional instruments to detect cleanliness and noise, and put into operation after confirming compliance with hospital laboratory use standards.
    

IV. Daily Usage Precautions

1. Wipe the countertop and viewing window with medical neutral cleaner and lint‑free cloth every day for all‑round cleaning; HEPA filter is recommended to be replaced every 6~12 months to ensure purification effect.
    
2. Check equipment wind speed, noise and vibration parameters every week. Shut down immediately if abnormalities occur and contact after‑sales engineers for maintenance to avoid affecting experimental results.
    
3. Avoid placing heavy objects on the operating table during experiments to prevent glass deformation under pressure; ensure personnel leave the laboratory when turning on the ultraviolet disinfection lamp, and ventilate for 10 minutes after disinfection before operation.
    
4. Turn off the power supply for long‑term shutdown, put on a special medical dust cover, store in a dry and ventilated area of the hospital laboratory to avoid moisture and dust accumulation affecting equipment performance.