Guangzhou Cleanroom Construction Co., Ltd. company cases

In medical research, forensic autopsies, and pathological work, a fully functional and scientifically designed dissection table is key to improving efficiency and ensuring operational safety. Today, we will take an in-depth look at the 1500*750*800 negative pressure dissection table, which integrates multiple innovative designs to provide a comprehensive solution for professional dissection work. Core Features 1. Full Stainless Steel Antibacterial Structure Tabletop Panel: Made of SUS304 2.0mm thick stainless steel with special antibacterial treatment to effectively inhibit bacterial growth. Other Components: Constructed with SUS304 1.0mm stainless steel, ensuring a sturdy, durable, and easy-to-clean structure. 2. Innovative Negative Pressure Design Water-Air Separation Structure: Features an upward suction and downward exhaust system to effectively control harmful gases and splashes during dissection. Digital Pressure Difference Display: Monitors negative pressure in real-time to ensure a safe working environment. Detailed Functional Configuration Operating Area Design Adjustable Operating Panel: Can be repositioned as needed for enhanced flexibility. Three-Position IV Stand Holder: Accommodates infusion needs at different locations with user-friendly design. Professional Flushing System 8 Flushing Nozzles: Provide full coverage of the operating area for quick cleaning. Retractable Faucet: Adjustable positioning for various usage scenarios. Instant Hot/Cold Water Faucet: Delivers water at the desired temperature immediately, improving efficiency. Water Gun: High-pressure rinsing function for stubborn stains. Practical Functional Configurations Tissue Crusher & Switch: Integrated tissue processing for convenient operation. Spray Nozzle Switch: Controls the spray system for easy tabletop cleaning. Waterproof Socket: Safe power supply design for humid environments. Ventilation Louvers: Optimizes airflow for better exhaust efficiency. Control System Power & Fan Switches: Independent controls for easy operation. Digital Pressure Display: Real-time monitoring of environmental safety parameters. Summary of Advantages Hygiene & Safety: Full stainless steel antibacterial material + negative pressure design minimizes cross-contamination risks. Comprehensive Functionality: Combines dissection, flushing, and crushing functions to meet professional needs. Ergonomic Design: Adjustable components and multifunctional configurations enhance user comfort. Easy Maintenance: Stainless steel material and well-designed structure simplify cleaning and disinfection. This 1500*750*800 negative pressure dissection table is particularly suitable for hospital pathology departments, forensic labs, medical schools, and other settings requiring high-standard dissection environments. Its comprehensive features and reliable design will significantly improve dissection efficiency and quality while providing a safer and more comfortable workspace for operators. For institutions seeking professional-grade dissection equipment, this negative pressure dissection table—combining practicality and innovation—is undoubtedly a worthy consideration.  

In the design of cleanrooms for the semiconductor and electronics industry, corner treatment is a seemingly simple yet critically important detail. Today, I will provide a detailed analysis of a common corner detail design for clean areas, which adopts a combined structure of aluminum alloy and color steel plates, balancing aesthetics, durability, and cleanliness requirements. Key Components of the Corner Detail Schematic 1. Aluminum Alloy Outer Corner R50 Function: Serves as the external protective layer and decorative surface of the corner. Specifications: Designed with a 50mm radius arc (R50). Advantages: Arc design prevents dust accumulation and facilitates cleaning. Aluminum alloy material is corrosion-resistant and oxidation-resistant. Smooth surface does not generate dust, meeting cleanliness requirements. Arc transition reduces airflow vortices, maintaining laminar flow. 2. 50mm Thick Color Steel Plate Core Structure: Acts as the main wall material. Characteristics: 50mm thickness provides sufficient structural strength. Sandwich panel structure offers excellent thermal insulation. Surface coating is anti-static and corrosion-resistant. Complies with cleanroom requirements for non-dust-generating and non-dust-accumulating surfaces. 3. Rivet Fixation Connection Method: Secures the aluminum alloy corner to the color steel plate. Advantages: Quick and easy installation, suitable for rapid cleanroom construction. Firm and reliable connection with no risk of loosening. No welding required, avoiding the generation of contaminating particles. Smooth surface with no protruding elements. 4. Aluminum Alloy Inner Arc R50 Internal Treatment: Symmetrical arc design matching the outer corner. Functions: Forms a complete arc transition with no dead corners. Facilitates cleaning and disinfection, preventing microbial growth. Maintains smooth internal airflow. Enhances overall aesthetics and professionalism. Design Key Points Analysis Cleanliness Considerations: Double-arc design completely eliminates 90-degree sharp corners, preventing dust accumulation. All material surfaces are smooth and non-porous, meeting Class 100-10,000 cleanliness requirements. Minimized seams reduce contamination risks. Structural Stability: 50mm thick color steel plates provide sufficient wall strength. Rivet spacing is typically controlled at 150-200mm to ensure firm connections. Aluminum alloy edging enhances corner impact resistance. Installation Process: Install color steel plate walls first, leaving space for corners. Customize aluminum alloy corner pieces after precise measurements.

In laboratories, forensic institutions, or medical facilities, negative pressure dissection tables are essential equipment for pathological examinations and autopsies. Their correct installation not only affects the lifespan of the equipment but also directly impacts the safety of operators and the accuracy of experimental results. This article details the placement and environmental requirements for negative pressure dissection tables to help you optimize equipment setup and ensure long-term stable operation. 1. Environmental Requirements for Negative Pressure Dissection Tables The working environment of a negative pressure dissection table significantly influences its performance. The following are key environmental parameters: Environmental Factor Standard Requirement Consequences of Non-Compliance Ambient Temperature Above 10°C (50°F) Low temperatures may cause condensation or operational issues Relative Humidity Below 60% High humidity can lead to electrical shorts or metal corrosion Ambient Airflow Less than 0.2 m/s Strong airflow may disrupt negative pressure efficiency Radiant Heat No direct heat sources High temperatures accelerate material degradation Key Points Explained Temperature Control: Below 10°C, condensation may form inside the device, posing electrical risks. Humidity Management: Excess moisture can corrode circuits or promote microbial growth; a dehumidifier is recommended. Stable Airflow: Avoid strong drafts (e.g., fans, ventilation systems) to maintain consistent negative pressure. 2. Placement Guidelines for Negative Pressure Dissection Tables (1) Level and Stable Surface Must be placed on a flat, sturdy surface to prevent tilting, which can deform the equipment or compromise door seals. If the surface is uneven, use adjustable leveling feet or anti-vibration pads. (2) Avoid Damp or Leak-Prone Areas Keep away from water pipes, basements, or bathrooms to prevent moisture ingress. Damp environments may cause: Electrical shorts Rust on metal components Microbial growth, compromising hygiene (3) Shield from Direct Sunlight and Heat Sources Avoid placement near windows or under direct sunlight, as UV rays degrade exhaust tubing and seals. Maintain at least 1.5 meters (5 feet) from heat-emitting devices (e.g., ovens, heaters). (4) Keep Clear of HVAC Vents Stay ≥3 meters (10 feet) from air conditioner vents to prevent: Condensation due to temperature fluctuations Airflow interference with negative pressure stability (5) Dedicated Power Supply with Safety Measures Use an independent circuit—avoid sharing with high-power devices (e.g., centrifuges, refrigerators). Ensure proper grounding (ground resistance ≤4Ω) to prevent static or leakage currents. Install a residual-current device (RCD) and test it regularly. 3. Additional Optimization Tips Beyond basic requirements, these measures enhance performance and safety: Allow ≥30 cm (12 inches) clearance around the table for ventilation. Inspect exhaust tubing periodically for kinks or blockages. In high-vibration areas (e.g., near heavy machinery), use anti-vibration mounts. Quarterly checks of environmental conditions (temperature, humidity, power stability). 4. Conclusion: Keys to Safe Operation Proper installation of negative pressure dissection tables ensures both equipment longevity and user safety. Adhere to these principles: Stable Environment: Control temperature, humidity, and airflow. Optimal Placement: Avoid moisture, sunlight, and HVAC vents. Electrical Safety: Independent circuit + grounding + RCD protection. With careful setup and maintenance, negative pressure dissection tables can deliver reliable performance for pathology, forensics, and research. For specialized installations (e.g., high-humidity or high-vibration environments), consult a professional for customized solutions!  

In modern cleanrooms, laboratories, and medical environments, efficient air distribution systems are critical for maintaining cleanliness and comfort. This article details a high-efficiency air supply outlet solution with dimensions of 332×330×420mm and a rated airflow of 500 CMH, designed specifically for applications requiring precise air control. Core Product Specifications Dimensions: 332mm (W) × 330mm (D) × 420mm (H) Rated Airflow: 500 cubic meters per hour (CMH) Matching HEPA Filter: 320×320×90mm Damper Configuration: Manual regulating damper Flange Connection: 200×200mm standard size Material and Structural Features This high-efficiency air supply outlet is constructed entirely from cold-rolled steel plates, ensuring durability and long-term stability. Cold-rolled steel offers excellent strength and corrosion resistance, making it particularly suitable for cleanroom environments. The compact structural design integrates the air outlet, filter, and damper into a single unit, saving installation space while ensuring efficient system operation. The 420mm height provides sufficient plenum space for uniform downward airflow distribution. HEPA Filter Configuration The matching 320×320×90mm HEPA filter is the core component of this solution: H13/H14-grade filter media, achieving 99.97%-99.99% filtration efficiency for 0.3μm particles The 90mm thickness balances filtration efficiency and pressure drop Standard size facilitates easy replacement and maintenance Sealed connection with the air outlet body prevents bypass leakage Airflow Regulation System The product is equipped with a manual regulating damper, providing flexible airflow control: Allows precise adjustment of supply airflow based on zone requirements Damper structure ensures linear airflow adjustment characteristics Simple and intuitive operation, requiring no special tools Locking mechanism secures the set airflow to prevent accidental changes The 200×200mm standard flange connection enables easy integration with existing duct systems, significantly simplifying installation. Recommended Applications This high-efficiency air supply outlet is ideal for: Hospital operating rooms and ICU wards Biosafety laboratories Cleanrooms in the electronics industry GMP facilities in the pharmaceutical industry Sterile packaging areas in the food industry Installation and Maintenance Recommendations Inspect filter integrity before installation Ensure proper sealing at flange connections Gradually adjust airflow to design values during initial commissioning Check filter pressure drop every 6-12 months Replace the filter when final resistance reaches twice the initial value Summary of Technical Advantages Precise air distribution: Uniform airflow with no dead zones High-efficiency filtration: Ensures clean air supply Flexible airflow adjustment: Adapts to varying operational needs Compact structural design: Saves installation space Reliable material selection: Guarantees long-term stable performance With its refined design and dependable performance, this 332×330×420mm high-efficiency air supply outlet solution is an ideal choice for air handling systems in various clean environments. Whether for new construction or retrofit projects, it delivers efficient and stable air distribution, creating compliant clean environments for users.  

In the daily operations of pathology laboratories, harmful gases generated during dissection have always been a significant threat to the health of staff. Particularly, toxic substances such as formaldehyde released during the process can cause serious health issues with prolonged exposure. The emergence of negative pressure dissection tables has provided an ideal solution to this challenge. Core Product Features Through precise engineering design, the negative pressure dissection table achieves a negative pressure state on its surface. This innovative design effectively captures and exhausts all harmful gases produced during dissection. Unlike traditional ventilation equipment, the negative pressure dissection table offers the following outstanding advantages: Comprehensive Gas Capture: Utilizes inward-sloping suction vents on both sides and perforated suction openings beneath the dissection table to ensure no harmful gases escape. Clean and Safe Environment: A well-designed ventilation system thoroughly eliminates the retention of harmful gases like formaldehyde, creating a safe workspace for laboratory personnel. Ergonomic Design: The human-centric design takes into account the practical needs of operators, making dissection procedures more convenient and efficient. Customizable Configurations: Offers various models and optional accessories to meet the specific requirements of different laboratories. Superior Working Principle The core of the negative pressure dissection table lies in its innovative negative pressure exhaust system. During operation, the system establishes a stable negative pressure environment in the dissection area, effectively isolating the workspace from the surrounding environment. This design ensures: All harmful gases are immediately captured and exhausted, preventing diffusion within the laboratory. Staff remain in a clean air environment, minimizing health risks. The system operates with low noise and moderate airflow, fully complying with human comfort standards. Compliance with Highest Safety Standards Our negative pressure dissection tables strictly adhere to all requirements of the "China Safety and Environmental Protection Regulations", achieving industry-leading levels in space utilization, noise control, and airflow design. The equipment is not only fully functional but also user-friendly and reliable, having been validated by numerous pathology laboratories. Safeguarding Health In pathology laboratories, safety is always the top priority. The negative pressure dissection table is more than just a piece of laboratory equipment—it is a solemn commitment to the health of staff. It represents the latest standard in laboratory safety protection and is an indispensable asset for modern pathology laboratories. Whether you are setting up a new pathology laboratory or upgrading existing equipment, the negative pressure dissection table is the most worthwhile choice. We offer a variety of configuration options tailored to your specific needs, helping you create the safest and most efficient working environment for your laboratory.