Guangzhou Cleanroom Construction Co., Ltd. company cases

In the field of animal experiments, every subtle environmental factor can have a profound impact on the experimental results. Today, as Guangzhou Cleanroom Construction Co., Ltd., a manufacturer specializing in the production of purification equipment, we will delve into the crucial aspect of air purification and filtration in animal laboratories, revealing the importance and technical secrets behind it for you. I. Why Animal Laboratories Require Strict Air Purification and Filtration (A) Ensuring the Health of Experimental Animals   The immune systems of experimental animals are relatively fragile, and poor air quality can easily trigger various diseases. Microorganisms in the air, such as bacteria, viruses, and fungal spores, once inhaled by animals, may lead to respiratory infections, pneumonia, and other diseases, affecting the normal physiological functions of animals and the accuracy of experimental data. For example, in the experiment of gene-edited mice, if there are miscellaneous bacteria in the air, it may infect the mice and interfere with the experimental results related to gene expression, causing months of research efforts to go to waste. (B) Ensuring the Accuracy of Experimental Results   Experiments in animal laboratories often have extremely high requirements for the environment, and even minor fluctuations in air quality can interfere with the experimental process. Dust particles in the air may carry impurities and contaminate experimental samples, leading to cell contamination in cell culture experiments and causing deviations in experimental data. In drug research and development experiments, animals inhaling unclean air may affect the drug metabolism process, mislead the evaluation of drug efficacy, and in severe cases, may even lead to the wrong research and development direction. (C) Complying with Regulations and Industry Standards   With the continuous improvement of requirements for the welfare of experimental animals and the quality of experiments, strict regulations and industry standards have been formulated both at home and abroad to standardize the environment of animal laboratories. For example, the national standard "Experimental Animal Environment and Facilities" in China clearly stipulates the air cleanliness and other indicators of animal laboratories at different levels. Failing to meet these standards may not only result in the experimental results not being recognized but also may face legal risks. II. Common Air Pollutants in Animal Laboratories (A) Microbial Pollutants   Bacteria are one of the common microbial pollutants in animal laboratories, such as Staphylococcus and Escherichia coli. They widely exist in the environment and can enter the laboratory through the entry and exit of personnel, items, and the ventilation system. Viruses are also dangerous. For example, the murine hepatitis virus can spread rapidly among animal populations, causing large-scale epidemics. Fungal spores cannot be ignored either. They have strong vitality and can multiply in large numbers under suitable conditions, polluting the laboratory air. (B) Particulate Matter Pollutants   Particulate matter in the air includes dust, pollen, hair, etc. These particulate matters not only affect the air cleanliness but may also serve as carriers of microorganisms, increasing the risk of pollution. In animal laboratories, the activities of animals will stir up a large amount of hair and dander. If not filtered in a timely manner, they will suspend in the air, interfering with experimental operations and posing a threat to the health of animals. (C) Harmful Gas Pollutants   The metabolism of animals will produce harmful gases such as ammonia and hydrogen sulfide. If these gases accumulate in the laboratory, they will not only have a pungent odor but also irritate the respiratory tract of animals, affecting the health of animals and the experimental results. In addition, the organic waste gases volatilized from some chemical reagents used in the laboratory, such as formaldehyde and benzene, also pose a hazard to the experimental environment and the health of personnel. III. Solutions Provided by Guangzhou Cleanroom Construction Co., Ltd. (A) High-efficiency Air Filtration System   The high-efficiency air filter (HEPA) developed by our company adopts special filter materials and structural designs, which can effectively filter more than 99.97% of particulate matter with a particle size of 0.3 microns and smaller in the air, including microorganisms and dust particles. Installing our HEPA filter in the ventilation system of the animal laboratory can ensure that the air entering the laboratory reaches an extremely high cleanliness standard, providing a clean breathing environment for experimental animals. (B) Activated Carbon Adsorption Device   For harmful gas pollution, we are equipped with an activated carbon adsorption device. Activated carbon has a huge specific surface area and a rich microporous structure, which can efficiently adsorb harmful gases such as ammonia, hydrogen sulfide, and formaldehyde. Combining the activated carbon adsorption device with the ventilation system can promptly remove the peculiar smell and harmful gases in the animal laboratory and keep the air fresh. (C) Intelligent Ventilation Control System   The intelligent ventilation control system of Guangzhou Cleanroom Construction Co., Ltd. can automatically adjust the ventilation volume and the number of air changes according to the real-time air quality data of the laboratory. Through sensors installed in different positions of the laboratory, parameters such as temperature, humidity, and air quality are monitored in real-time. The system automatically starts or turns off the purification equipment according to the preset thresholds, ensuring that the laboratory is always in the best air environment state while achieving energy conservation and consumption reduction.   Air purification and filtration in animal laboratories are the cornerstone of the success of scientific research. With professional technology and high-quality products, Guangzhou Cleanroom Construction Co., Ltd. is committed to creating a pure and safe experimental environment for animals. If you have any needs in the environmental construction of animal laboratories, please feel free to contact us. Let's work hand in hand to escort scientific research.  

Animal laboratories, as crucial places for conducting various animal experiments, have environmental conditions that play a vital and decisive role in the health, physiological state of experimental animals, and the accuracy of experimental results. Among these, humidity is an important environmental factor that cannot be ignored. As a professional constructor, Guangzhou Cleanroom Construction Co., Ltd. deeply understands and strictly adheres to the standard humidity requirements for animal laboratories during the construction process, and is committed to creating an ideal experimental environment for scientific researchers. I. The Significant Impact of Humidity on Experimental Animals A. Impact on Animal Health   Appropriate humidity helps maintain the normal physiological functions of experimental animals. Excessively high humidity will make the animals' perceived body temperature rise, and it will be difficult for them to dissipate heat, leading to heat stress reactions in animals, a decrease in immunity, and an increased susceptibility to diseases. For example, in a high-temperature and high-humidity environment, mice are prone to symptoms such as difficulty breathing and decreased appetite, and microorganisms like bacteria and molds are more likely to breed, increasing the risk of animals getting sick. Conversely, too low humidity will dry out the respiratory mucosa of animals, causing respiratory diseases. For instance, rats may experience problems such as bleeding and cracking of the nasal cavity and respiratory mucosa. B. Interference with Animal Behavior and Physiological Rhythms   Changes in humidity can affect the behavior and physiological rhythms of animals. Some animals are sensitive to humidity. When the humidity is not suitable, their activity levels, food intake, and sleep time will all change. For example, rabbits will become restless and less active in a high-humidity environment; while in a low-humidity environment, their fur will become rough, and they will increase grooming behavior. These changes in behavior and physiological rhythms may interfere with the accuracy of experimental results and cause deviations in experimental data. C. Impact on the Accuracy of Experimental Results   For some experiments that require precise control of the physiological state of animals, fluctuations in humidity may have a significant impact on the experimental results. In drug research and development experiments, the physiological state of animals has an important influence on the processes of drug absorption, metabolism, and excretion. Humidity changes may alter the physiological state of animals, thus affecting the evaluation of drug efficacy. For another example, in genetic experiments, inappropriate humidity may affect the gene expression and genetic stability of animals, resulting in unreliable experimental results. II. Standard Humidity Requirements for Different Types of Experimental Animals A. Rodents   Rodents such as mice and rats are the most commonly used experimental animals in animal laboratories. The suitable relative humidity range for them is generally between 40% and 70%. Within this humidity range, the physiological functions of rodents can be normally exerted, and their health conditions are good. For example, when cultivating and researching transgenic mice, maintaining appropriate humidity helps with the growth, development, and reproduction of the mice, ensuring the smooth progress of the experiment. B. Rabbits   Rabbits have relatively strict requirements for humidity. The suitable relative humidity is generally between 40% and 60%. Excessively high humidity is likely to cause skin diseases and respiratory diseases in rabbits because rabbits have long and dense fur, and bacteria and fungi are likely to breed in a high-humidity environment. While too low humidity may dry out the skin and respiratory mucosa of rabbits, causing discomfort. C. Dogs and Primates   The suitable relative humidity range for dogs is usually between 30% and 70%, and for primates such as rhesus monkeys, the suitable relative humidity is generally between 40% and 65%. These larger experimental animals have a relatively wider adaptability range to humidity, but it is still necessary to keep the humidity within an appropriate range to ensure their health and the accuracy of the experiments. For example, when conducting cardiovascular disease experiments on dogs, appropriate humidity helps maintain the normal function of the dog's cardiovascular system and reduces the interference of environmental factors on the experimental results. III. Professional Measures Taken by Guangzhou Cleanroom Construction Co., Ltd. for Humidity Control in Animal Laboratories A. Precise Design and Planning   During the design stage of the animal laboratory, the professional team of Guangzhou Cleanroom Construction Co., Ltd. will fully consider the humidity requirements of different types of experimental animals and the functional layout of the laboratory. Through comprehensive analysis of factors such as the laboratory's area, spatial structure, and heat generation of equipment, the capacity and quantity of the required humidity control equipment are accurately calculated. For example, for a large comprehensive animal laboratory, according to the types and quantities of animals raised in different areas, the humidity control areas are reasonably divided, and corresponding humidity control equipment is equipped for each area to ensure that the humidity in each area can meet the standard requirements. B. Selection of Advanced Humidity Control Equipment   Guangzhou Cleanroom Construction Co., Ltd. cooperates with many well-known equipment suppliers and selects advanced humidity control equipment, such as intelligent humidity control systems, dehumidifiers, humidifiers, etc. These devices are equipped with high-precision humidity sensors and intelligent control algorithms, which can monitor and adjust the humidity of the laboratory in real-time. The intelligent humidity control system can automatically start the dehumidification or humidification function according to the set humidity range to ensure that the humidity remains stable within the standard range. At the same time, Guangzhou Cleanroom Construction Co., Ltd. will select appropriate installation locations for the equipment according to the actual situation of the laboratory to ensure the effect of humidity control. C. Strict Control of Construction and Installation Quality   During the installation and construction process of the humidity control equipment, Guangzhou Cleanroom Construction Co., Ltd. operates strictly in accordance with the design requirements and construction specifications. Ensure that the equipment is firmly installed and tightly connected to avoid problems such as water leakage and air leakage. For the installation of ventilation ducts and humidity sensors, strict quality inspections will also be carried out to ensure the normal operation of the ventilation system and the accuracy of humidity monitoring. For example, when installing a humidifier, ensure that the spray port of the humidifier is in a reasonable position to avoid the water mist directly spraying on the animals or experimental equipment. D. Comprehensive After-sales Service and Maintenance   After the animal laboratory is completed, Guangzhou Cleanroom Construction Co., Ltd. provides customers with comprehensive after-sales service and maintenance solutions. Regularly inspect and maintain the humidity control equipment, including cleaning the equipment, replacing the filters, calibrating the humidity sensors, etc., to ensure the normal operation of the equipment and the accuracy of humidity control. At the same time, the professional technicians of Guangzhou Cleanroom Construction Co., Ltd. will regularly monitor and analyze the humidity situation of the laboratory, and promptly discover and solve potential problems. If abnormal humidity fluctuations are found, they will respond quickly and take effective measures to adjust to ensure that the humidity of the laboratory always meets the standard requirements. IV. Other Precautions for Humidity Control A. Regular Monitoring and Recording   It is recommended that users of animal laboratories regularly monitor the humidity of the laboratory and keep records. Through the analysis of humidity data, the change rules of humidity can be understood, and potential problems can be discovered in a timely manner. Professional humidity recorders can be used to automatically record humidity data at regular intervals and generate humidity change curves, which is convenient for data analysis and trend prediction. B. Personnel Training and Management   Conduct training on humidity control for laboratory staff so that they understand the importance of humidity for experimental animals and experimental results, as well as how to correctly operate and maintain the humidity control equipment. At the same time, establish a complete laboratory management system, clarify the responsibilities and operation specifications of staff in humidity control, and ensure the effective implementation of humidity control work. C. Coordinated Control with Other Environmental Factors   The control of humidity needs to be coordinated with other environmental factors in the laboratory, such as temperature and ventilation. For example, while adjusting the humidity, pay attention to changes in temperature to avoid the temperature being too high or too low due to humidity adjustment. A good ventilation system can help the humidity control equipment play a better role, and timely discharge excess moisture or replenish dry air.   The standard humidity in animal laboratories is an important factor to ensure the health of experimental animals and the accuracy of experimental results. With professional design, advanced equipment, strict construction, and comprehensive after-sales service, Guangzhou Cleanroom Construction Co., Ltd. provides a reliable humidity control solution for animal laboratories, assisting scientific researchers in carrying out high-quality animal experiment research.    

In the hospital environment, where germs are abundant, the health of patients and medical staff is constantly at risk. Numerous studies have shown that a significant proportion of hospital infection incidents are closely related to inadequate hand hygiene. Medical staff frequently come into contact with patients and various medical devices, making their hands highly susceptible to contamination by germs. Therefore, handwashing, a seemingly simple daily routine, is actually a crucial step in preventing the spread of germs and safeguarding the safety of the medical environment. And a high-quality medical handwashing sink is an essential component of this defense. Guangzhou Cleanroom Construction Co., Ltd., with its profound expertise and continuous innovation in the field of purification equipment, has painstakingly developed medical handwashing sinks, providing strong support for the medical and healthcare industry.   I. Superior Materials, Ensuring Durability The medical handwashing sinks manufactured by Guangzhou Cleanroom Construction Co., Ltd. are primarily made of high-grade antibacterial stainless steel. This material is extremely tough, boasting excellent impact resistance and wear resistance. In the high-intensity and high-frequency usage environment of hospitals, daily collisions and frequent friction have little effect on it. Even after long-term use, the handwashing sink maintains its good appearance without deformation or significant wear, and all its functions remain stable, greatly extending the service life of the equipment. This helps hospitals save on the high costs and various inconveniences associated with frequent equipment replacement. II. Innovative Design, Protecting the Health Barrier 1. Smart Sensing to Prevent Cross-infection 2. Intelligent Water-saving, Embracing the Environmental Concept III. Wide Application, Earning Excellent Reputation Currently, the medical handwashing sinks of Guangzhou Cleanroom Construction Co., Ltd. have been widely used in many renowned hospitals and have received favorable feedback. Many hospitals have reported that since the adoption of these handwashing sinks, the overall infection rate within the hospital has decreased, creating a safer environment for the smooth operation of medical work Guangzhou Cleanroom Construction Co., Ltd. has always adhered to the principles of professionalism and innovation, and is dedicated to providing higher-quality purification equipment for the medical industry. Choosing the medical handwashing sinks of Guangzhou Cleanroom Construction Co., Ltd. means choosing to add a solid safeguard to the medical and healthcare cause. We look forward to collaborating with more medical institutions to jointly create a safe and clean medical environment and protect the health of every patient and medical staff member.  

  In modern scientific research, pharmaceutical, medical and other industries with extremely high requirements for environmental cleanliness, any tiny contamination can lead to serious consequences. Guangzhou Cleanroom Construction Co., Ltd. has been deeply engaged in the purification equipment field. The VHP Xenon Light Pass Box it launched has become a powerful weapon to ensure the purity of production and experimental environments with its advanced technology and excellent performance. I. In - depth Analysis of the Working Principle The VHP Xenon Light Pass Box integrates two core technologies - Vaporized Hydrogen Peroxide (VHP) disinfection and xenon light enhanced sterilization. Vaporized hydrogen peroxide vaporizes rapidly at room temperature, forming tiny droplets that pervade the entire space of the pass box. These droplets have a strong oxidizing ability and can easily penetrate the cell walls and membranes of microorganisms, destroying their internal structures, thus killing various harmful microorganisms such as bacteria, viruses, and fungi. The xenon light device in the box emits ultraviolet light of a specific wavelength. This ultraviolet light can directly act on the DNA of microorganisms, causing the molecular structure to break or cross - link, fundamentally preventing the reproduction and mutation of microorganisms. VHP and xenon light work in synergy, with a two - pronged approach, achieving all - round and deep - level purification and disinfection of the transferred items. The disinfection effect far exceeds that of traditional single - disinfection methods. II. The Product Advantages of Guangzhou Cleanroom Construction Co., Ltd. are Evident 1. Built with Top - grade Materials The VHP Xenon Light Pass Box of Guangzhou Cleanroom Construction Co., Ltd. uses high - quality 316L stainless steel as the main material. This stainless steel not only has excellent corrosion resistance and can operate stably for a long time in an environment where it frequently comes into contact with strong oxidizing disinfectants such as VHP, but also has a smooth surface, is not easy to accumulate dust and dirt, and is convenient for daily cleaning and maintenance, effectively reducing the risk of secondary pollution. 2. Precise and Intelligent Control The equipment is equipped with an advanced intelligent control system. Operators can easily set parameters such as disinfection time, VHP concentration, and xenon light irradiation intensity through the human - machine interface. The system can accurately control the operation of each link according to the preset program to ensure the stable and efficient progress of the disinfection process. At the same time, the system also has a real - time monitoring function, which can monitor the temperature, humidity, pressure and disinfection process in the pass box throughout the whole process. Once an abnormal situation occurs, it will immediately issue an alarm and take corresponding measures automatically to ensure the safe and reliable operation of the equipment. 3. Considerate Human - centered Design The internal space of the pass box is carefully designed, spacious and reasonably arranged, making it convenient for operators to place and take out various items. The box door adopts a structure design with excellent sealing performance and is equipped with multiple safety interlock devices to prevent the box door from accidentally opening during the disinfection process, ensuring the personal safety of operators. In addition, the appearance of the equipment is designed simply and generously, which is easy to integrate into various working environments and improves the cleanliness and aesthetics of the overall working space. III. Wide Application Fields 1. Pharmaceutical Industry In the pharmaceutical production process, from the transfer of raw materials to the packaging of finished products, microbial contamination must be strictly controlled at every step. The VHP Xenon Light Pass Box can be used to transfer pharmaceutical raw materials, packaging materials, and production equipment between different clean areas, effectively preventing cross - contamination and ensuring that the quality of drugs meets the strict GMP standards. 2. Scientific Research Laboratories For scientific research laboratories engaged in fields such as cell culture, gene editing, and microbiological research, maintaining the sterile state of the experimental environment is of crucial importance. The VHP Xenon Light Pass Box can safely and efficiently transfer experimental samples, reagents, and experimental equipment, avoiding interference from external microorganisms and providing a solid guarantee for the smooth progress of scientific research work. 3. Medical Field In areas with extremely high requirements for environmental cleanliness in hospitals, such as operating rooms and supply rooms, the VHP Xenon Light Pass Box can be used to transfer surgical instruments, medical dressings and other items, ensuring that the instruments and materials used during the operation are in a sterile state, reducing the risk of surgical infections and protecting the health of patients. The VHP Xenon Light Pass Box of Guangzhou Cleanroom Construction Co., Ltd. stands out in the purification equipment market with its excellent performance, reliable quality and wide applicability. If you are troubled by the purification problems of production or experimental environments, the VHP Xenon Light Pass Box of Guangzhou Cleanroom Construction Co., Ltd. is undoubtedly your ideal choice. Welcome to contact us at any time to learn more product information and work together to create a clean future!  

In the field of scientific research in animal laboratories, every link is crucial to the accuracy and reliability of experimental results. The animal laboratory mouse cage, serving as the "little world" where experimental mice live and experiments are carried out, is of self - evident importance. Today, let's take an in - depth look at animal laboratory mouse cages and the outstanding products of Guangzhou Cleanroom Construction Co., Ltd. in this area.​ Mice are one of the most commonly used experimental animals. The quality of their living environment directly affects experimental data. A well - designed and high - quality mouse cage can provide a comfortable, hygienic, and stable living space for mice, thus ensuring the scientific nature and repeatability of experimental results.​ Guangzhou Cleanroom Construction Co., Ltd. has been deeply engaged in the purification equipment field and has shown great ingenuity in the production of animal laboratory mouse cages. Our mouse cages are made of high - quality corrosion - resistant materials. They are not only sturdy and durable but can also effectively resist chemical erosion during daily cleaning and disinfection. This ensures that the mouse cages will not be damaged or deformed even after long - term use, greatly extending their service life and saving costs for laboratories.​ In terms of design, we fully consider the living habits of mice and the operational needs of experiments. The spatial layout of the mouse cages is reasonable, ensuring that mice have enough space to move around, and at the same time, it is convenient for experimenters to observe, feed, change bedding, and other operations. The ventilation system is carefully designed to effectively exhaust odors and moisture, keeping the air in the mouse cage fresh and creating a healthy micro - environment for mice, reducing experimental errors caused by environmental factors. Moreover, our mouse cages have good sealing performance, which can prevent external impurities and microorganisms from entering, avoid contamination of experimental mice, and ensure the purity of experiments.​ In addition, the animal laboratory mouse cages of Guangzhou Cleanroom Construction Co., Ltd. show care in every detail. For example, the design of the food box and drinking device is ingenious, which is convenient for mice to eat and drink, and can effectively prevent food waste and water source pollution. The mouse cages are easy to disassemble and assemble, which is convenient for daily cleaning and maintenance and reduces the workload of experimenters.​ Choosing the animal laboratory mouse cages of Guangzhou Cleanroom Construction Co., Ltd. means choosing a reliable guarantee for your scientific research work. We are always committed to contributing to the vigorous development of scientific research with high - quality products. If you are interested in our products, please feel free to contact us at any time. Let's work hand in hand to contribute to the progress of scientific research!

    In the medical field, ensuring the sterile condition of medical devices is a crucial aspect of preventing infections and safeguarding patient safety. As a professional manufacturer of purification equipment, Guangzhou Cleanroom Construction Co., Ltd. has introduced its medical pulsating vacuum sterilizer. Relying on advanced technology and excellent performance, it has become a trusted sterilization tool for numerous medical institutions. I. Working Principle of the Pulsating Vacuum Sterilizer The medical pulsating vacuum sterilizer adopts pulsating vacuum technology. Through a cyclic process of multiple evacuations and steam filling, the air in the sterilization chamber is thoroughly removed. Before the sterilization starts, the vacuum pump extracts the air in the sterilization chamber, creating a negative pressure environment. Subsequently, high - temperature saturated steam rapidly fills the sterilization chamber. Since the air is effectively discharged, the steam can fully contact all parts of the medical devices, achieving efficient and uniform sterilization results. This unique working method greatly improves the reliability and thoroughness of sterilization compared to traditional sterilization methods. II. Outstanding Performance Advantages 1. High - Efficiency Sterilization The medical pulsating vacuum sterilizer of Guangzhou Cleanroom Construction Co., Ltd. can reach extremely high sterilization temperatures in a short time, generally operating at temperatures between 132°C - 134°C. In such a high - temperature environment, common microorganisms such as bacteria, viruses, and spores can be quickly killed, with a sterilization rate of over 99.999%, providing a solid guarantee for medical safety. 2. Precise Temperature and Time Control The equipment is equipped with an advanced temperature and time control system, which can precisely control the temperature and time during the sterilization process. The temperature fluctuation range is extremely small, ensuring that each sterilization is carried out under optimal conditions. The accurate timing function also guarantees the accuracy of the sterilization time, avoiding incomplete sterilization due to insufficient time or damage to the instruments due to excessive time. 3. Powerful Drying Function After the sterilization is completed, the built - in high - efficiency drying system of the equipment can quickly evaporate and discharge the moisture on the surface of the instruments, bringing the instruments to an ideal dry state. This is not only beneficial for the storage and subsequent use of the instruments but also effectively prevents secondary contamination caused by moisture. 4. Safe and Reliable Multiple safety protection mechanisms are a major highlight of the medical pulsating vacuum sterilizer of Guangzhou Cleanroom Construction Co., Ltd. The equipment is equipped with a pressure protection device. When the pressure in the sterilization chamber is abnormal, it can automatically stop running and relieve pressure to prevent safety accidents such as explosions. At the same time, the door interlock device ensures that the cabinet door cannot be opened during the sterilization process, avoiding dangers such as scalding caused by misoperation of the operator. III. Wide Range of Application Scenarios 1. Hospital Operating Rooms Operating rooms are one of the areas in hospitals with the strictest requirements for a sterile environment. The medical pulsating vacuum sterilizer of Guangzhou Cleanroom Construction Co., Ltd. can efficiently sterilize various surgical supplies such as surgical instruments, dressings, and syringes, ensuring that each operation is carried out in a safe and sterile condition and reducing the risk of postoperative infections in patients. 2. Central Sterile Supply Departments The central sterile supply department of a hospital is responsible for the disinfection and sterilization of medical devices throughout the hospital. With its large capacity and high efficiency, the medical pulsating vacuum sterilizer can meet the large - scale sterilization needs of the central sterile supply department, ensuring the timely supply and sterile quality of medical devices. 3. Dental Departments Dental instruments are diverse and used frequently, and are easily contaminated. This sterilizer can quickly and thoroughly sterilize dental handpieces, dental drills, forceps, and other instruments, providing safety guarantees for dental treatments and preventing the spread of cross - infections among patients. 4. Other Departments In addition to the above - mentioned departments, medical devices in departments such as ophthalmology, otolaryngology, and gynecology can also be effectively sterilized by the medical pulsating vacuum sterilizer, providing reliable support for the medical work of each department. IV. Quality Commitment of Guangzhou Cleanroom Construction Co., Ltd. Guangzhou Cleanroom Construction Co., Ltd. has a professional R & D team that continuously invests in R & D resources to innovate and optimize the medical pulsating vacuum sterilizer. From the selection of raw materials to the control of the production process, every link strictly follows international quality management system standards to ensure the stable quality and reliable performance of the products. At the same time, we also provide customers with comprehensive after - sales services, including equipment installation and debugging, operation training, regular maintenance, and timely technical support, allowing customers to use the products without worries. Choosing the medical pulsating vacuum sterilizer of Guangzhou Cleanroom Construction Co., Ltd. means choosing a high degree of responsibility for medical safety. We will continue to uphold the concepts of professionalism, innovation, and quality supremacy, providing medical institutions with more high - quality and efficient sterilization solutions and jointly protecting the health of patients.  

    In modern industrial production and daily life, the importance of air quality has become increasingly prominent. Whether it is a pharmaceutical workshop, an electronic chip manufacturing factory, a hospital operating room, or a precision laboratory, there are extremely high requirements for air cleanliness. Guangzhou Cleanroom Construction Co., Ltd. has been deeply engaged in the purification equipment field. Its non - partition high - efficiency filters have become the ideal choice for many industries to achieve efficient air purification, relying on their excellent performance and quality. I. What is a Non - Partition High - Efficiency Filter? A non - partition high - efficiency filter is an air - filtering device that uses ultra - fine glass fiber filter paper as the filter medium and hot - melt adhesive as the separator to replace the traditional aluminum foil separator. Compared with partition filters, it has a compact structure and a small size. It can provide a larger filtration area in a limited space, thus significantly improving the filtration efficiency and ventilation volume. II. Performance Advantages of Non - Partition High - Efficiency Filters High - Efficiency Filtration The non - partition high - efficiency filters of Guangzhou Cleanroom Construction Co., Ltd. can achieve a filtration efficiency of over 99.99% for particles with a particle size ≥ 0.3μm. It can effectively intercept pollutants in the air such as dust particles, smoke, and microorganisms, creating an almost dust - free clean space for users. Low Resistance The unique structural design and high - quality filter media enable the filter to have a low resistance while ensuring high - efficiency filtration. This means that the energy consumption is lower during the operation of the equipment. Not only does it save energy costs, but it also extends the service life of equipment such as fans. High Dust - Holding Capacity The high - quality filter media and reasonable structure of the filter give it a large dust - holding capacity. During long - term use, there is no need to replace the filter frequently, reducing maintenance costs and downtime and improving production efficiency. Compact Structure The non - partition design greatly reduces the volume and weight of the filter, making it easy to install and maintain. In places with limited space, such as the ceiling interlayer of a clean room or a ventilation duct, it can be easily installed without taking up too much space. III. Wide Range of Application Scenarios Medical Industry In areas such as hospital operating rooms, intensive care units, and central sterile supply departments, there are extremely high requirements for air cleanliness. Non - partition high - efficiency filters can effectively filter bacteria, viruses, and other microorganisms in the air, providing a safe and clean medical environment for patients and reducing the risk of postoperative infections. Electronics Industry During the production processes of electronic chip manufacturing, liquid crystal displays, optical instruments, etc., tiny dust particles can have a serious impact on product quality. The non - partition high - efficiency filters of Guangzhou Cleanroom Construction Co., Ltd. can meet the strict requirements of the electronics industry for ultra - clean air, ensuring the high - quality production of electronic products. Pharmaceutical Industry Drug production must be carried out in a clean environment that meets GMP standards. Non - partition high - efficiency filters can effectively remove impurities and microorganisms in the air, ensuring that the drug production process is not contaminated and guaranteeing the quality and safety of drugs. Laboratories Scientific research laboratories, biosafety laboratories, etc. have strict requirements for air quality. Non - partition high - efficiency filters can provide a stable and clean environment for experiments, ensuring the accuracy and reliability of experimental results. IV. Quality Assurance of Guangzhou Cleanroom Construction Co., Ltd. Guangzhou Cleanroom Construction Co., Ltd. has advanced production equipment and a strict quality control system. Every link, from raw material procurement to product production and inspection, is carefully controlled. The company's professional technical team continuously conducts technological innovation and product optimization to ensure that the non - partition high - efficiency filters always maintain leading performance and quality. At the same time, we also provide complete pre - sales, in - sales, and after - sales services, providing customers with all - round technical support and solutions. Choosing the non - partition high - efficiency filters of Guangzhou Cleanroom Construction Co., Ltd. means choosing an excellent air purification solution. Let us work hand in hand to create a cleaner and healthier environment.  

    In the field of life science research, animal laboratories play a pivotal role. From basic medical research to drug development, from exploring disease mechanisms to bioproduction, animal experiments are an indispensable part. A rational and scientific layout of an animal laboratory not only improves experimental efficiency and ensures the accuracy of experimental results but also reflects the importance attached to the welfare of experimental animals and ensures that the entire experimental process complies with ethical norms and safety standards. As Guangzhou Cleanroom Construction Co., Ltd., which has been deeply engaged in the purification equipment field for many years, today we will analyze in detail the key principles of the layout of animal laboratories. I. Clear Functional Zoning to Meet Experimental Requirements (I) Experimental Operation Area This is the core area of an animal laboratory, undertaking various experimental operation tasks such as animal dissection, physiological index detection, sample collection and processing. This area should have good ventilation conditions to eliminate odors, aerosols and other pollutants generated during the experiment, ensuring the health of experimental personnel. At the same time, it should be equipped with complete experimental benches, sinks, lighting equipment and various experimental instruments, and the layout should conform to the operation process to facilitate efficient operation by experimental personnel. For example, the dissection table should be close to the sink for easy rinsing of instruments and specimens; the placement of instrument equipment should consider operation convenience and maintenance space to avoid mutual interference. (II) Animal Breeding Area The layout of the animal breeding area is directly related to the quality of life of experimental animals and the reliability of experimental results. Different species and strains of animals have different requirements for environmental conditions (such as temperature, humidity, lighting, noise, etc.), so they should be bred in separate zones according to their characteristics. Generally, rodents, rabbits, dogs, etc. should be bred separately, and each area should have an independent ventilation, temperature control and lighting system. The placement of breeding cages should be convenient for daily observation, feeding, cleaning and replacement, and at the same time, ensure that animals have enough space to move around to meet the requirements of animal welfare. In addition, set up reasonable passageways and operation spaces to facilitate the entry and exit of experimental and breeding personnel and reduce the disturbance to animals. (III) Auxiliary Function Area The auxiliary function area includes animal quarantine rooms, isolation rooms, washing and disinfection rooms, material storage rooms, etc. The quarantine room is used to conduct health checks on newly introduced animals to prevent the introduction of foreign diseases into the laboratory and should be set up near the entrance of animals into the laboratory. The isolation room is used to isolate sick or suspected sick animals to avoid the spread of diseases, and its location should be relatively independent and equipped with strict disinfection and protection measures. The washing and disinfection room is responsible for cleaning and disinfecting breeding cages, experimental instruments, etc., and should be equipped with special cleaning equipment, disinfection equipment and drainage systems to ensure efficient and thorough cleaning and disinfection work. The material storage room is used to store animal feed, bedding, medicines, reagents and other materials, and the materials should be stored in categories according to their characteristics, kept well - ventilated, dry and clean to prevent material deterioration and cross - contamination. II. Reasonable Flow Design to Avoid Cross - Contamination (I) Personnel Flow The movement routes of experimental personnel, breeding personnel, logistics support personnel, etc. in the laboratory should be clear and distinct to avoid mutual crossing. Generally speaking, experimental personnel should enter the experimental operation area from the office area through hygiene channels such as shoe - changing, clothing - changing and hand - washing to reduce the introduction of external pollutants into the experimental area. Breeding personnel are mainly responsible for the daily work in the animal breeding area, and their movement routes should revolve around the breeding area, minimizing unnecessary contact with the experimental operation area. When logistics support personnel enter the laboratory for equipment maintenance, material distribution and other work, they should also follow specific flow lines to ensure that the normal progress of the experiment is not disturbed and to avoid introducing pollution. (II) Animal Flow The entire process of animals from being purchased into the laboratory, entering the breeding area, then to the experimental operation area, and finally handling the animals after the experiment should have a reasonable flow plan. Newly purchased animals should first enter the quarantine room for quarantine, and after passing the quarantine, they enter the breeding area through a special passage. During the experiment, according to the experimental needs, animals are transferred from the breeding area to the experimental operation area. After the experiment, if the animals need to be continuously bred and observed, they are sent back to the breeding area; if the animals have completed their experimental mission, they need to be disposed of harmlessly in accordance with relevant regulations, and the disposal process should also follow a specific route to prevent animal carcasses and waste from polluting the laboratory environment. (III) Item Flow The flow of items in the laboratory, such as feed, bedding, medicines, reagents, experimental instruments, etc., should also be carefully designed. When items enter the laboratory, they should go through strict inspection and disinfection procedures, and then be stored in corresponding storage areas according to their categories. When in use, they are taken from the storage area and sent to the experimental operation area or the animal breeding area. After use, if they can be reused, they should be sent to the washing and disinfection room for processing; if they are disposable items or waste, they should be classified, collected and processed according to the medical waste disposal process to avoid the random flow of items within the laboratory and causing cross - contamination. III. Optimized Environmental Control to Ensure Experimental Conditions (I) Temperature and Humidity Control Temperature and humidity have a significant impact on the physiological state of experimental animals and experimental results. The suitable temperature and humidity ranges for different species of experimental animals vary. For example, the temperature of the mouse breeding environment is generally controlled at 20 - 26°C, and the relative humidity is controlled at 40% - 70%; the temperature of the dog breeding environment should be maintained at 18 - 22°C, and the relative humidity is 50% - 60%. Therefore, when laying out the animal laboratory, the installation location and coverage of the air - conditioning system and ventilation equipment should be fully considered to ensure that the temperature and humidity in each area can be accurately regulated to meet the needs of experimental animals. (II) Ventilation and Air Purification Good ventilation and air purification are the keys to ensuring the air quality in the animal laboratory. On the one hand, through reasonable ventilation design, harmful gases, odors, aerosols and other pollutants generated during the experiment are timely discharged to keep the indoor air fresh; on the other hand, high - efficiency air purification equipment is used to filter dust particles, microorganisms, etc. in the air to provide a clean air environment for experimental animals. In terms of layout, the location of air vents should be reasonably set to avoid ventilation dead corners; the selection and installation of air purification equipment should be scientifically planned according to the area of the laboratory, functional zoning and air quality requirements to ensure that the air purification effect meets the standards. (III) Lighting and Noise Control Lighting and noise also affect the behavior and physiological state of experimental animals. The animal breeding area should provide appropriate lighting intensity and lighting cycle to simulate the natural environment and promote the normal physiological rhythm of animals. For example, rodents generally require a lighting cycle of 12 hours of light and 12 hours of darkness. At the same time, effective sound - insulation measures should be taken to reduce the interference of external noise on experimental animals, such as using sound - insulating materials to build laboratory walls and doors and windows, and reasonably arranging the location of equipment to avoid the noise generated by equipment operation from causing stress to animals. IV. Adequate Safety Protection to Ensure Personnel and Environmental Safety (I) Biosafety Protection Animal laboratories involve a variety of experimental animals, some of which may carry pathogens, posing a biosafety risk. Therefore, when laying out the laboratory, biosafety protection principles should be followed, and corresponding protection facilities should be set up. For example, for high - pathogenic animal experiments, biosafety level 3 or 4 laboratories should be established, equipped with independent negative - pressure ventilation systems, high - efficiency air - filtering devices, disinfection equipment, etc. to ensure that pathogens during the experiment do not leak into the external environment. At the same time, experimental personnel should be equipped with corresponding protective equipment, such as protective clothing, masks, gloves, goggles, etc., and dressing rooms and shower rooms should be set up at the entrance of the laboratory to facilitate personal protection and cleaning for experimental personnel when entering and leaving the laboratory. (II) Fire Safety Fire safety is an important aspect that cannot be ignored in animal laboratories. The laboratory should be equipped with fire - fighting facilities in accordance with fire - safety regulations, such as fire extinguishers, fire hydrants, fire automatic alarm systems, emergency lighting and evacuation indication signs. In terms of layout, ensure that the fire - fighting passage is unobstructed, and it is strictly prohibited to stack items on the passage. At the same time, electrical equipment, flammable and explosive items, etc. in the laboratory should be managed and stored reasonably to avoid fire hazards. For example, electrical equipment should meet explosion - proof requirements, and flammable and explosive items should be stored in special fire - and explosion - proof storage cabinets and marked with obvious warning signs. (III) Chemical Safety Various chemical reagents, such as anesthetics, disinfectants, drugs, etc., are often used in animal laboratories. If these chemical reagents are not properly managed, they may cause harm to personnel and the environment. Therefore, when laying out the laboratory, a special chemical reagent storage area should be set up, and the reagents should be stored in categories according to their properties, such as flammable, explosive, toxic and corrosive reagents should be stored separately, and corresponding protective measures should be taken. At the same time, fume hoods, eyewashers, emergency shower devices and other emergency facilities should be equipped in the experimental operation area to deal with accidental situations such as chemical reagent leakage and splashing in a timely manner to ensure personnel safety. V. Balancing Flexibility and Expandability to Adapt to Future Development Needs With the continuous development of life science research and the continuous progress of technology, the functions and needs of animal laboratories will also change. Therefore, when designing the layout, the flexibility and expandability of the laboratory should be fully considered. On the one hand, a certain adjustable space should be reserved in the space layout to facilitate the transformation and adjustment of the laboratory in the later stage according to the increase of experimental projects or the change of experimental processes, such as adding experimental benches, instrument equipment, or re - dividing functional areas, etc. On the other hand, in terms of infrastructure construction, the needs of future technology upgrades should be considered. For example, the power supply system, network communication system, ventilation and air - conditioning system, etc. should have a certain amount of redundancy to meet the operating requirements of new equipment and avoid restricting the development of the laboratory due to insufficient infrastructure. The layout of an animal laboratory is a complex and systematic project that requires comprehensive consideration of experimental needs, animal welfare, safety protection, environmental control and future development. With rich industry experience and a professional technical team, Guangzhou Cleanroom Construction Co., Ltd. can provide you with a one - stop solution from planning and design to equipment supply and installation and commissioning, helping you build a scientific, efficient and safe animal laboratory. If you have any questions or needs in the construction of animal laboratories, please feel free to contact us. Let us work together to create a better future for life science research.