Guangzhou Cleanroom Construction Co., Ltd. company cases

  In modern laboratory projects, the breeding environment of experimental animals plays a crucial role in the accuracy and reliability of experimental results. With the continuous advancement of technology, intelligent animal breeding cage systems have emerged, bringing revolutionary changes to the breeding of laboratory animals. Guangzhou Cleanroom Construction Co., Ltd., as a professional manufacturer of purification equipment and cleanroom engineering, will introduce in detail the advantages and applications of intelligent animal breeding cage systems in laboratory projects. I. Introduction to Intelligent Animal Breeding Cage Systems Intelligent animal breeding cage systems, such as the Individual Ventilated Cage (IVC) system, are highly efficient animal breeding equipment featuring independent supply and exhaust ventilation design. It is mainly composed of an intelligent main unit, sealed cage boxes, and a ventilation cage rack. Its working principle is that air, after being filtered by primary and HEPA high-efficiency filters (with a filtration efficiency of ≥99.997%), supplies clean air independently to each cage box while exhausting waste gas independently, effectively preventing the spread of pathogens between cages. II. Demonstration of Core Advantages (I) Eliminating Cross - Infection and Ensuring Experimental Rigor Independent Ventilation Design: Each cage box has an independent supply and exhaust ventilation system, ensuring that the air in each cage box does not cross - contaminate with others. This greatly reduces the risk of pathogen transmission between animals in different cage boxes. For experiments with extremely high requirements for the health status of experimental animals, such as gene - edited mouse experiments and immunodeficient animal experiments, it can effectively ensure that experimental results are not interfered by external pathogens, making experimental data more accurate and reliable. Sealed Protection: The cage boxes adopt silicone gaskets and non - invasive docking structures, providing excellent airtightness. Additionally, the self - closing valve design further reduces the possibility of contamination during daily operations, such as changing bedding and adding food, providing a safe and clean living environment for experimental animals. (II) Energy Conservation and Cost Reduction Low Requirements for Room Environment: Compared with traditional barrier systems, intelligent animal breeding cage systems have lower dependence on the overall environment of the laboratory room. They do not need to maintain a high - cleanliness environment for the entire room like traditional systems, thus reducing the use of high - energy - consuming air - handling equipment. The operating costs can be reduced by more than 30%, significantly saving the laboratory's operating costs. Reduced Bedding Replacement Frequency: Through the design of low ammonia concentration and humidity inside the cages, the contamination rate of bedding can be effectively slowed down, thereby reducing the frequency of bedding replacement. This not only saves a large amount of bedding procurement costs but also reduces the workload of laboratory personnel for bedding replacement, improving work efficiency. (III) Double Improvement of Animal Welfare and Research Quality Low Noise and Vibration: The operating noise is ≤55dB (some advanced models are as low as 45dB), far lower than the national standard. The quiet environment can prevent animals from having stress reactions, keeping them in a more natural physiological state. For example, in some behavioral experiments, without noise interference, the behavior of animals can more accurately reflect the real situation, helping to improve the quality of research data. Constant Temperature and Pressure Environment: The system can precisely control the air velocity ≤0.2m/s, maintain stable pressure differences (0 - 20Pa), and keep suitable temperature and humidity inside the cages. A stable and suitable environment is conducive to ensuring the health of animals, keeping their physiological indicators relatively stable, providing a more reliable experimental model for scientific research, and enhancing the accuracy and reproducibility of research results. Intelligent Day - Night Mode: The main unit can automatically switch operating parameters according to the settings to simulate the natural light cycle. This is crucial for regulating the physiological rhythm of animals. For example, in research on the biological clock, a light cycle consistent with natural laws can make the physiological state of animals closer to the actual situation, avoiding deviations in experimental results caused by artificial light interference. (IV) Intelligent Management and Convenient Operation Touch - Screen Control and Remote Monitoring: The system is equipped with a liquid crystal screen that can display key parameters such as temperature, humidity, and pressure difference in real - time. Researchers can also remotely monitor and manage the system using mobile phones or computers through network connection. Once abnormal parameters occur, the mobile phone SMS alarm function will promptly notify relevant personnel, ensuring that problems can be addressed in a timely manner and maintaining the stability of the experimental animal breeding environment. Flexible Expandability: The cage racks support single - sided and double - sided configurations and can be flexibly adjusted according to the actual space size of the laboratory animal room and breeding scale requirements. Whether it is for the breeding of a small number of animals in a small - scale laboratory or large - scale animal experiments in a large - scale research institution, it is applicable. (V) Safe, Reliable, and Durable Materials High - Temperature and High - Pressure Resistant Cage Boxes: Cage boxes are usually made of materials such as PPSU and PEI, which can withstand sterilization at 134℃. This kind of material can not only effectively kill various pathogens, ensuring the hygiene and safety of the cage boxes, but also has high transparency, facilitating laboratory personnel to observe the status of animals at any time and promptly detect animal health problems or behavioral changes. 304 Stainless Steel Cage Racks: The cage racks are made of 304 stainless steel, which has excellent corrosion resistance and is easy to clean. Its sturdy and durable characteristics enable a service life of more than 10 years, reducing the frequency of equipment replacement and long - term use costs. III. Practical Application Cases Take the drug research and development laboratory of a large pharmaceutical company as an example. After introducing the intelligent animal breeding cage system, during the toxicity test experiments of new drugs, due to the independent ventilation and sealed protection design of the system, cross - infection between different experimental groups of animals was avoided. This ensured that the health status of each experimental animal was only affected by the drug factor, enabling the experimental data to more accurately reflect the toxic reactions of the drugs and providing a reliable basis for drug research and development. At the same time, the advantage of energy conservation and cost reduction also saved a large amount of operating costs for the laboratory. In addition, the intelligent day - night mode and good environmental control kept the experimental animals in the best physiological state, improving the success rate and reproducibility of the experiments. Another example is a life science research laboratory in a university. When breeding and conducting experiments on gene - edited mice, through the remote monitoring function of the intelligent animal breeding cage system, researchers can understand the breeding environment parameters of the mice at any time even when they are not in the laboratory and adjust the relevant settings in a timely manner. This has greatly improved the convenience of the experiments and management efficiency, ensuring the smooth progress of gene - edited mouse experiments. IV. Professional Services of Guangzhou Cleanroom Construction Co., Ltd. Guangzhou Cleanroom Construction Co., Ltd. has rich experience and a professional technical team in the field of intelligent animal breeding cage systems. We can not only provide customers with high - quality intelligent animal breeding cage system products but also offer personalized laboratory engineering solutions according to the specific requirements of different laboratories. These solutions include one - stop services such as cleanroom design and construction, equipment installation and commissioning, and after - sales maintenance. We are committed to creating a safe, efficient, and comfortable breeding environment for experimental animals, facilitating the smooth progress of scientific research work. Intelligent animal breeding cage systems have many significant advantages in laboratory projects, bringing higher standards and better experiences to the breeding of experimental animals. Guangzhou Cleanroom Construction Co., Ltd. looks forward to working with you to jointly promote the development and progress of laboratory projects and contribute to the cause of scientific research. If you have any requirements or questions regarding intelligent animal breeding cage systems or laboratory projects, please feel free to contact us.

Stability testing chambers are essential tools in industries such as pharmaceuticals, biotechnology, food storage, and electronics. These chambers simulate various environmental conditions to assess the long-term stability and shelf life of products. By controlling temperature, humidity, and light exposure, manufacturers can ensure compliance with international standards and deliver safe, high-quality products to consumers. How Does a Stability Testing Chamber Work? A stability testing chamber creates controlled environmental conditions to accelerate the aging process of products. It maintains precise temperature and humidity levels, often ranging from sub-zero temperatures to high heat, alongside adjustable humidity settings. Some advanced models also incorporate UV or visible light exposure to study photostability. These chambers help researchers identify degradation patterns and determine optimal storage conditions. Key Applications of Stability Testing Chambers Stability testing chambers are widely used in pharmaceuticals to comply with ICH Q1A guidelines, which mandate stability testing for drug products. In the food industry, they help determine shelf life by simulating real-world storage conditions. Electronics manufacturers use these chambers to test component durability under extreme temperatures and humidity, following standards such as ISO 17025 for laboratory testing accuracy. Compliance with International Standards Regulatory bodies like the FDA, WHO, and EMA require stability testing to ensure product safety. The ICH (International Council for Harmonisation) provides guidelines (e.g., ICH Q1A-Q1E) for pharmaceutical stability testing, while ISO 9001 and GMP (Good Manufacturing Practices) ensure quality control. A well-calibrated stability chamber must meet these standards to provide reliable data for regulatory submissions. Types of Stability Testing Chambers There are several types of stability chambers, including reach-in chambers, which are ideal for small-scale testing, and walk-in chambers, designed for large product batches. Some chambers offer photostability testing in compliance with ICH Q1B, while others focus solely on temperature and humidity control. Manufacturers may also use accelerated stability chambers, which speed up testing by applying extreme conditions. Benefits of Using a Stability Testing Chamber Stability chambers provide accurate, reproducible data, reducing the risk of product failures. They help companies avoid costly recalls by identifying stability issues early in development. Additionally, these chambers support compliance with global regulations, ensuring products meet safety and efficacy standards before reaching the market. Conclusion Stability testing chambers play a crucial role in product development across multiple industries. By simulating real-world environmental conditions, they help manufacturers predict shelf life, ensure regulatory compliance, and maintain product quality. Whether for pharmaceuticals, food, or electronics, investing in a high-quality stability chamber is essential for long-term success in today’s competitive market.  

A Microbiology Testing Lab is a specialized facility that analyzes microorganisms such as bacteria, viruses, fungi, and parasites to ensure safety, quality, and compliance in various industries. These labs play a critical role in healthcare, pharmaceuticals, food and beverage, environmental monitoring, and cosmetics by detecting pathogens, verifying sterility, and assessing microbial contamination. Core Functions of a Microbiology Testing Lab Microbiology labs perform a wide range of tests depending on their industry focus. Key functions include: Pathogen Detection – Identifying harmful microorganisms like Salmonella, E. coli, Listeria, and Staphylococcus aureus in food, water, and clinical samples. Sterility Testing – Ensuring medical devices, pharmaceuticals, and biologics are free from viable microorganisms (following ISO 11737 and USP standards). Antimicrobial Efficacy Testing – Evaluating disinfectants and preservatives using methods like ASTM E2315 and EN 1276. Environmental Monitoring – Testing air, surfaces, and water in cleanrooms (aligned with ISO 14698 and GMP guidelines). Microbial Identification – Using techniques like MALDI-TOF, PCR, and sequencing for precise strain characterization. These tests help prevent infections, ensure product safety, and comply with regulatory requirements. Industries Served by Microbiology Testing Labs 1. Healthcare & Clinical Diagnostics Clinical microbiology labs diagnose infectious diseases by analyzing blood, urine, and tissue samples. They follow CLSI (Clinical & Laboratory Standards Institute) guidelines to ensure accuracy in detecting antibiotic-resistant strains like MRSA and Candida auris. 2. Pharmaceutical & Biotechnology Pharma labs enforce strict microbial control to meet USP, EP, and JP pharmacopeia standards. Key tests include: Bioburden Testing (ISO 11737) – Quantifying microbes in raw materials. Endotoxin Testing (USP ) – Detecting bacterial toxins in injectables. 3. Food & Beverage Food microbiology labs screen for contaminants to comply with FDA, USDA, and ISO 22000 regulations. Common tests cover: Total Aerobic Count (ISO 4833) – Measuring overall microbial load. Yeast & Mold Detection (FDA BAM Ch. 18) – Preventing spoilage in perishable goods. 4. Environmental & Water Testing Labs analyze drinking water, wastewater, and industrial effluents per EPA Method 1603 and ISO 9308-1 for coliforms and Legionella. Key Techniques & Technologies Used Modern microbiology labs employ advanced methods for rapid, reliable results: Culture-Based Methods – Traditional agar plating (e.g., MacConkey, Blood Agar) for isolating microbes. Molecular Diagnostics – PCR, qPCR, and whole-genome sequencing for pathogen detection. Automated Systems – Tools like VITEK® and BD Phoenix™ for high-throughput identification. Rapid Microbial Detection – ATP bioluminescence and impedance microbiology for real-time monitoring. Quality Standards & Regulatory Compliance Reputable labs adhere to international standards to ensure reliability: ISO/IEC 17025 – General requirements for testing lab competence. GMP (Good Manufacturing Practice) – Mandatory for pharma and medical device testing. FDA 21 CFR Part 11 – Ensures electronic data integrity in regulated labs. EMEA & WHO Guidelines – Govern microbiological safety in biologics and vaccines. Why Choose an Accredited Microbiology Lab? Selecting an accredited lab guarantees: Accuracy – Validated methods and trained microbiologists. Regulatory Acceptance – Compliance with global standards. Faster Turnaround – Advanced tech reduces detection time. Conclusion A Microbiology Testing Lab is essential for safeguarding public health and product integrity. By leveraging cutting-edge techniques and adhering to strict standards, these labs help industries mitigate risks, ensure compliance, and deliver safe products to consumers. Businesses should partner with ISO 17025-certified labs for reliable, defensible results.  

  In modern industries and scientific research fields with extremely stringent requirements for clean environments, whether it's the dust-free workshops for electronic chip manufacturing or the sterile factories for pharmaceutical production, every tiny speck of dust can potentially affect product quality and experimental results. As a professional manufacturer in the purification equipment industry, Guangzhou Cleanroom Construction Co., Ltd. deeply understands the industry's needs. Our meticulously crafted External Cold Plate and Internal 304 Stainless Steel Air Shower, with its outstanding performance and quality, has become a reliable choice for numerous enterprises to safeguard clean spaces. The Superiority of Dual-layer Materials Just from its name, one can tell the unique material combination of the External Cold Plate and Internal 304 Stainless Steel Air Shower. The outer layer is made of cold plate material, which offers excellent strength and anti-deformation capabilities. It can effectively withstand external collisions and impacts, ensuring the integrity of the equipment during transportation, installation, and daily use. The inner layer is constructed from 304 stainless steel, a high-quality material widely used in fields with extremely high hygiene requirements, such as the food and medical industries. It not only has excellent corrosion resistance, enabling it to cope with complex environments like humidity and acid-base conditions, but also features a smooth surface that is less likely to adhere to dust and bacteria, significantly reducing the risk of secondary contamination. This ensures the cleanliness inside the air shower from the source, laying a solid foundation for the purification process before personnel and goods enter clean areas. Powerful and Efficient Purification Functions Fast and Efficient Blowing System：The air shower is equipped with high-efficiency and powerful fans and high-quality nozzles. Once personnel or goods enter the air shower, strong airflows are ejected from multiple angles, with wind speeds reaching over 25m/s. These high-speed airflows can quickly blow off dust particles, hair, and other contaminants attached to clothing and goods, completing a comprehensive purification process in just tens of seconds and ensuring that everything entering the clean area meets strict cleanliness standards. Multiple Filtration for Air Quality Assurance：The air shower employs a dual-filtration combination of a primary filter and a high-efficiency filter. The primary filter can intercept large particles of dust, hair, and other impurities, reducing the burden on the high-efficiency filter. The high-efficiency filter has a filtration efficiency of up to 99.99% for dust particles larger than 0.3μm, effectively removing tiny contaminants in the air and ensuring the cleanliness of the blowing air. Additionally, the filtration system is easy to disassemble and replace, facilitating subsequent maintenance and ensuring that the equipment always maintains stable and efficient purification performance. Intelligent Control for Convenient Operation：The air shower is equipped with an advanced intelligent control system. Once personnel or goods enter the air shower, the equipment automatically senses and starts the blowing program without the need for manual operation. Users can also freely set parameters such as blowing time and wind speed according to actual needs. Furthermore, the air shower is equipped with a voice prompt function that broadcasts operation prompts in real-time during the blowing process, making the usage process clearer and more straightforward. Even first-time users can quickly get the hang of it. Widely Applicable Scenarios Electronics Industry：In the manufacturing of electronic components and semiconductor production, tiny dust particles can lead to serious problems such as product short circuits and performance degradation. The External Cold Plate and Internal 304 Stainless Steel Air Shower can be installed at the entrance of workshops. Workers can undergo air shower purification before entering, effectively reducing the impact of dust carried by the human body on the production of precision electronic equipment, improving product yield, and ensuring the stability and reliability of production. Food and Pharmaceutical Industries：Food and pharmaceuticals are directly related to people's health and safety, and the production process requires extremely strict hygiene conditions. The 304 stainless steel inner layer of the air shower meets the hygiene standards for food and pharmaceutical production, preventing the equipment itself from contaminating the products. At the same time, the efficient blowing and purification function can remove bacteria and dust on the surface of personnel and materials, ensuring that the production environment complies with relevant specifications such as GMP and providing consumers with safe and reliable products. Scientific Research Laboratories：In scientific research experiments such as biology and chemistry, maintaining a clean laboratory environment is crucial for obtaining accurate experimental results. The External Cold Plate and Internal 304 Stainless Steel Air Shower can be installed at the entrance of the laboratory. Researchers and experimental equipment can undergo purification treatment before entering, avoiding interference from external contaminants to experimental samples and escorting the smooth progress of scientific research work.   Guangzhou Cleanroom Construction Co., Ltd. has always been guided by customer needs, continuously optimizing product performance and quality. The External Cold Plate and Internal 304 Stainless Steel Air Shower is not only a high-performance purification device but also a profound interpretation of our clean environment solutions. If you are looking for reliable air shower products or have any requirements related to purification equipment, please feel free to contact us. We will provide you with professional solution design and high-quality services, and work together to create a clean future!  

  In today's era, where hygiene and cleanliness are highly emphasized, the requirements for handwashing and drying have reached unprecedented heights in various fields, including the food and pharmaceutical industries, electronics manufacturing, and scientific laboratories. As a leading company in the industry, Guangzhou Cleanroom Construction Co., Ltd. presents a product that meets these high standards - the Hand Washing and Drying Machine. What is a Hand Washing and Drying Machine? The Hand Washing and Drying Machine, also known as the Automatic Handwashing Machine, Cleanroom Handwashing Machine, Dust-Free Room Handwashing Machine, or Laboratory Handwashing Machine, is designed specifically for the hand cleaning and drying of personnel in dust-free and sterile environments. With the development of society and the maturation of technology, it is gradually being recognized and adopted by more industries. Functional Features of the Hand Washing and Drying Machine Compact Size and Attractive Appearance: The Hand Washing and Drying Machine is small in size, occupying minimal space. Moreover, a mirror is thoughtfully installed above the handwashing machine, allowing personnel to check their appearance before entering dust-free rooms and other similar places, ensuring they look neat and presentable. Advanced PLC Program Control: It adopts PLC program control, and the program can be modified, enabling it to meet the diverse needs of different customers extensively. Whether it's adjusting parameters such as handwashing time, drying temperature, and duration, it can be easily achieved. Fully Automatic Control: The entire process requires no manual operation. Once a person extends their hands into the designated area, the device automatically senses and starts the handwashing and drying process. This fully automatic control mode greatly improves the convenience of use and reduces the potential pollution caused by human contact. Efficient Filtration for Dust-Free and Sterile Assurance: The water used for handwashing is filtered through a high-precision water filter to remove impurities and microorganisms in the water. The blown air is filtered through an ultra-high-efficiency filter to ensure that the blown air is clean and sterile. In this way, during the handwashing and drying process, there will be no contamination to the dust-free and sterile environment. Particle Removal: It can effectively remove particles attached to people's hands or gloves, further ensuring the cleanliness of the environment. This is particularly important for industries sensitive to particles, such as electronics and precision instruments. Fast Hand Drying: This machine uses a dual-airflow jet technology and is equipped with a high-speed DC brushless motor, enabling the wind speed to reach 95 meters per second. Combined with the warm air function, it can quickly dry the moisture on the hands within just 5 - 7 seconds. There is no need for cumbersome hand wiping or turning the palms. Simply insert the hands and slowly pull them back to complete the hand-drying process. Unique Vertical Design: The unique vertical design effectively prevents water droplets from falling and soiling the ground, not only ensuring the hygiene of the use environment but also reducing the occurrence of accidents caused by slippery floors. Multiple Safety Protections: It is equipped with multiple protection functions, including overcurrent, overheating, short-circuit, and motor anti-stall protection, fully guaranteeing the safety of users. Additionally, it has an anti-interference function. When the machine runs continuously for 25 seconds, it will automatically stop operating to avoid malfunctions caused by the passage of unknown objects or intentional human operations. Application of Antibacterial Materials: The entire air passage part is made of antibacterial materials to ensure that the blown air is clean and hygienic. The body is made of fire-retardant materials, effectively preventing unexpected events such as fires. Other Thoughtful Configurations: It is equipped with a fully automatic sensor faucet, allowing users to adjust the water flow according to their needs. An automatic disinfectant spraying device can also be optionally configured, and it is equipped with an ultraviolet germicidal lamp to further enhance the sterilization and disinfection effect, providing comprehensive protection for hand cleaning. Application Areas of the Hand Washing and Drying Machine Electronics Industry: In the production of electronic components and chip manufacturing, even tiny dust and pollutants can seriously affect product quality. The Hand Washing and Drying Machine can ensure the cleanliness of workers' hands, effectively reducing the defective product rate caused by hand contamination and improving product quality and yield. World-class enterprises such as Shanghai TSMC, China Star Optoelectronics, Tongfang Semiconductor, and Sharp Electronics have already adopted it. Pharmaceutical Industry: The production of pharmaceuticals requires a highly clean environment to ensure the safety and effectiveness of drugs. The Hand Washing and Drying Machine can meet the strict requirements for hand cleaning and drying of personnel in pharmaceutical workshops, preventing bacteria, particles, and other pollutants from entering the production process, and complying with relevant standards such as GMP. Many pharmaceutical companies, including Tasly Pharmaceutical, have incorporated it into their production processes. Food Industry: In the food processing process, hand hygiene is directly related to food safety and hygiene. The Hand Washing and Drying Machine can quickly and effectively clean and dry hands, reducing the contamination of food by hand bacteria and safeguarding consumers' health. More and more food enterprises are beginning to recognize its importance and apply it. Precision Instruments and Meters Industry: The manufacturing of precision instruments and meters requires extremely high environmental cleanliness. By using the Hand Washing and Drying Machine, workers can ensure that their hands do not introduce pollutants into the production environment, thereby ensuring the accuracy and performance of products. Biological Laboratories: In biological experiments, it is crucial to avoid external contamination of experimental samples. The Hand Washing and Drying Machine can be installed in biological laboratories. Workers can use it before and after operations to effectively clean and quickly dry their hands, reducing the probability of contamination and providing a guarantee for the accuracy of experimental results.   The Hand Washing and Drying Machine of Guangzhou Cleanroom Construction Co., Ltd., with its outstanding functional features and wide range of application areas, has become an ideal choice for many industries with high requirements for clean environments. We are always committed to providing customers with high-quality purification equipment, helping various industries create safe and clean production and working environments. If you are interested in our Hand Washing and Drying Machine or other purification equipment, please feel free to contact us. We will be dedicated to serving you.