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Since the outbreak of the new crown epidemic, vaccines have always been the topic of most concern to everyone. Therefore, the world is very concerned about the unique storage conditions required for vaccines. Some of these new vaccines require ultra-low temperature storage chamber at or near -80°C, while others require storage at higher temperatures such as -20°C. Whether new vaccines or traditional vaccines, the storage conditions listed by manufacturers usually specify that vaccines need to be stored at +2°C to +8°C prior to administration, and that they must be prevented from freezing to protect their viability. One would think that freeze protection would be a no-brainer for a refrigerator. However, with temperature storage requirements so close to freezing, any issues with refrigerator temperature control or anything that might impede airflow, such as excessive inventory overloads, could put the product at risk. In fact, a 2012 report by the DHHS Inspector General stated that the vast majority of clinical providers they studied allowed vaccine exposure to inappropriate temperatures, which compromised potency and efficacy and put vaccine recipients at unnecessary risk . To help combat inappropriate storage conditions, CDC, in partnership with the National Science Foundation (NSF) International and the American National Standards Institute (ANSI), formed a committee to develop guidelines for vaccine refrigerators and freezers. The committee is composed of data from vaccine manufacturers , pediatricians, state health authorities, refrigeration manufacturers and industry experts from other interested parties who have spent the past six years working to develop the new standard. The committee needs to address several challenges. These challenges include overcoming the automatic thaw cycles present in many freezers that can take the vaccine out of its recommended storage conditions, and the inability of refrigerators to maintain strict temperature tolerances, or the potential for freezing due to differences in load or environmental conditions condition. The committee issued vaccine storage guidelines in June 2021. The new standard will help ensure that refrigerators and freezers certified to the standard and used for vaccine storage are designed and manufactured to help maintain the efficacy of the vaccines stored in them. When choosing vaccine storage equipment, carefully consider your freezer and refrigerated storage requirements, available space in your facility, and most importantly, equipment design. Choose a unit with a cold wall freezer section specially designed from the ground up to eliminate temperature spikes caused by freezer defrost cycles and refrigerators that maintain uniform temperature uniformity regardless of product load while protecting product from freezing is crucial. When shopping for a dedicated refrigerator, there are a few key issues to consider. Does the refrigerator maintain that temperature range throughout the cabinet? This consideration is key so vaccines can be stored uniformly on any approved shelf within the unit. How reliable is the refrigerator? You should look for vaccine refrigerators with long-term, consistent performance records. Do refrigerators meet current and emerging CDC, NSF, and ANSI guidelines that include stringent storage requirements for vaccines and biologicals? Following the recommended guidelines is the most effective way to ensure that no vaccines are wasted and no pets are left unprotected. Consistency, recovery and reliability are the most important factors in any vaccine storage. Check out vaccine storage refrigerator manufacturer thchamber for more information.

Laboratory ovens or laboratory drying ovens are high temperature ovens that are standard equipment in most clinical, forensic, electronic, materials processing and research laboratories. They provide uniform and precise temperature control for functions such as heating, baking, evaporation, sterilization and other industrial laboratory functions. Laboratory oven temperatures typically range from ambient to over 300°C. They are available in gravity (natural), mechanical (forced) convection and vacuum pumps for conventional heating and drying applications. For laboratories with temperature uniformity, stability and accuracy requirements, advanced protocol ovens are available to meet such demanding requirements. Laboratory ovens are widely used in industries such as biotechnology, pharmaceuticals and materials manufacturing. These industries often require the processes of baking, curing, annealing and drying materials with different chemical and physical compositions. The end results of many of these process applications are unique and therefore require various types of laboratory ovens. What to Consider Before Buying an Oven for Your Facility? There are certain things you must keep in mind before choosing the right oven for your process. Let's take a brief look at them. Determine the application: The first step in configuring an oven is to determine its application. There is a wide range of heating applications. Drying boxes are usually used for the following purposes: paint curing polymer curing Adhesive cure product drying Also, you have to consider the environment in which the oven will be used. If you're using it in a lab, you can opt for a small oven that has the ability to produce test results. China vacuum Drying oven The oven is designed to remove moisture from the oven to dry samples as quickly as possible. The dry box process quickly dries the sample by introducing fresh dry air into the chamber while exhausting warm moist air. Drying ovens provide high performance drying and heating. You'll notice that ovens are more expensive than standard lab ovens, mainly because ovens have drying capabilities that lab ovens lack. An oven requires an airflow system that can extract moisture from the air, which may or may not be necessary depending on your requirements. Laboratory oven Laboratory ovens, on the other hand, are designed to heat samples only. Unlike a drying oven, a lab oven will circulate the same air indoors. Therefore, laboratory ovens can only provide heating. A lab oven is a more cost-effective option than a drying oven and would be a suitable option if all you need is heating functionality. You may notice that lab ovens have a higher temperature range than drying ovens, so make sure the oven you choose can reach your desired temperature. In addition, you have to consider several other factors such as maximum operating temperature, type of material to be dried in the oven, maximum weight to be dried in an hour, etc. Reliable manufacturer. XCH Biomedical is one of the leading china drying oven manufacturers.

Medical grade refrigerator, also known as "lab" or "pharmacy" refrigerators, are significantly more expensive than standard household refrigerators.   In the blog, we'll look at this in more detail and explain why it's often not acceptable to use a household refrigerator to store samples or drugs in your lab.   What temperature do you want to reach? A basic but important question: what is the minimum temperature you need? This will depend on what you store in your lab freezer. Temperature range is important because prices vary widely depending on how low you want to go. For example, a standard -20°C freezer is much less expensive than a -86°C ultra-low temperature freezer. It is not uncommon for a difference of 2°C to 4°C between the top shelf of a domestic refrigerator and the bottom of the refrigerator compartment. Of course, this is perfectly acceptable when storing food or drinks. However, this is not acceptable when storing medicines or patient samples.   Safety Features of Laboratory Freezers You may also want to consider buying a refrigerator with a built-in high and low alarm in case the user leaves the door open or the appliance experiences a temperature failure. Some models also alert you if there's a power failure, which is useful if the refrigerator's power is a little choppy.   Alternatively, you may not need these alerts. Especially if you're opting for a separate temperature monitoring system. There are many different types of temperature monitoring systems out there. The XCH Biomedical medical refrigerator safety system provides multiple protections: compressor overheating, overpressure, overload protection and fan overheating protection. Multiple alarms: perfect sound and light alarm system, items are safer.   Stronger door construction The doors of medical refrigerators can be opened and closed dozens of times a day. This is why door seals and hinges are stronger because they are designed for heavy use.   Optional accessories for laboratory freezers There are a variety of optional accessories for your laboratory freezer. You need to decide what is really needed and what you don't have.   For example, do you need to move your refrigerator regularly? If so, you should have the unit equipped with casters. Do you store volatile substances? Better invest in a sparkless lab freezer. Is there an existing remote temperature monitoring system that needs to be compatible with the freezer? It's best to get a unit with built-in access ports so any probe can fit inside.   Before purchasing, please confirm with medical refrigerator manufacturers thchamber what features the end user really needs.

Several industries rely on industrial ovens for various processes such as baking, curing, heating, annealing, heat treating, sterilizing and aging. Additionally, these ovens are typically large and capable of handling larger volumes. Thus, effectively simplifying the manufacturing or manufacturing process in your industry.   If you've ever been in the market for an oven for your lab, you've probably come across standard lab ovens and drying ovens. It may be a common misconception that these two types of ovens are the same, but they are actually two different devices.   Laboratory oven Laboratory ovens are designed to heat samples only. Unlike a drying oven, a lab oven will circulate the same air indoors. Therefore, laboratory ovens can only provide heating. Lab ovens are more cost-effective than drying ovens and would be a suitable choice if all you need is heating functionality. You may notice that lab ovens have a higher temperature range than drying ovens, so make sure the oven you choose can reach your desired temperature.   Drying oven The oven is designed to remove moisture from the oven chamber to dry samples as quickly as possible. The dry box process quickly dries the sample by introducing fresh dry air into the chamber while exhausting warm moist air. Drying ovens provide high performance drying and heating. You'll notice that ovens are more expensive than standard lab ovens, mainly because ovens have drying capabilities that lab ovens lack. An oven requires an airflow system that can extract moisture from the air, which may or may not be necessary depending on your requirements.   Application Heat in an oxygen-free atmosphere to prevent sample corrosion or scaling. Drying, low temperature drying, aging testing, moisture determination and chemical resistance studies. Ideal for pharmaceutical/food drying and electronics   For the best vacuum ovens, you can rely on XCH Biomedical. We also have many years of experience in manufacturing laboratory ovens and vacuum ovens. Contact us today to learn about our wide range of products.

Pharmacies, hospitals, and laboratories rely on cold storage devices to protect drugs and vaccines. These devices create the best conditions for prolonging the shelf life of these beneficial drugs. Medical institutions are facing increasing pressure to ensure consistent and reliable refrigeration to store temperature-sensitive drugs, vaccines, reagents, and patient samples. Unfortunately, some clinics try to save money by buying home freezers or refrigerators. When refrigerators used in clinical applications cannot provide a safe storage environment, it will have a major impact.   Medical-grade refrigerators (also called special refrigerators) are specially designed to store vaccines and are the preferred type. These units have microprocessor-based control for a more precise temperature range, and fans that provide forced air circulation to limit cold/hot spots and promote a more uniform temperature throughout the storage box.   Laboratory Refrigerator The most basic type of medical refrigerator is called laboratory refrigerator for short. They use precise digital displays to display the temperature. They are easy to clean, equipped with alarms and locks, and are ideal for storing or cooling medical tools and samples.   How to choose a medical refrigerator Temperature requirement First, understand the ideal temperature range for the items you are going to store. Different samples, vaccines and equipment require different temperatures. The smaller the possible temperature difference, the more stable the refrigerator temperature control.   Storage design Another important consideration for Temperature Controlled Medicine Storage Refrigerator is storage design. For example, if you are storing small samples, you need a different design than storing large containers. Organization is the key, as well as the uniform temperature throughout the storage process.   Temperature monitor One of the most important things a medical refrigerator does is to accurately track the internal temperature. Temperature readings need to be accurate at all times. The thermometer should display the internal temperature, not just the temperature set by the staff. Make sure that the thermometer is properly calibrated. You also need a data logger compatible with the refrigerator to record temperature readings. In this way, you don't have to rely on staff to record the temperature.   XCH Biomedical is a trusted manufacturer of high-quality medical equipment. We produce excellent medical refrigerators and freezers for laboratories, hospitals and doctor's offices. Our medical-grade equipment complies with CDC and FDA recommendations. For more information on medical refrigerators and freezers used for vaccines, check out our most popular selection of medical-grade refrigerator.

Companies buy walk-in stability test chamber for different reasons. The most obvious need is size. Large or odd-shaped products are not necessarily suitable for the scope of the floor model test chamber, especially when you consider the airflow ratio (the volume of the product and the volume of the work space are one to three). Other companies choose walk-in test chambers to accommodate a large number of products (thousands of mobile phones, for example), or to allow engineers to observe products up close during testing. The former case can improve the test efficiency, the latter case is only possible in a huge internal working space. The walk-in stability test chamber can be customized according to the volume and shape, performance, air quality (if people stay in the chamber), etc. You can even add an anteroom to separate the test chamber space from the laboratory. So, although you can find similar performance in floor-standing models (or desktops for that matter), you can only achieve this level of customization through a walk-in test chamber. Advantage The size is almost unlimited, so a lot of shelf space/samples can be accommodated A qualification covers a lot of shelf space Due to the larger size, the conditions of walk-in test chamber tend to be more stable Shortcoming A defective chamber can cause problems with a large number of samples Installation usually requires construction, electronics and refrigeration skills The compressor will increase the floor space or the distance, so it will increase the cost Identification requires additional probes Spare parts may be unique to the special construction They usually require three-phase power and additional water supply For safety reasons, the time the operator spends indoors may be limited Island space is necessary footprint waste There are many factors to consider when researching a walk-in test test chamber. With such a large capital purchase, you cannot ignore any details. Consult your entire team. Work hard to understand your testing requirements. Most importantly, contact an experienced test chamber manufacturer who can build a customized solution within your budget. Learn more about XCH Biomedical custom walk-in constant stability chamebr series.

Sunlight is a powerful force. The sun emits radiation in most of the electromagnetic spectrum, including a large amount of ultraviolet radiation. Although part of the solar radiation is absorbed by the earth’s atmosphere, there is still a considerable amount of radiation reaching the earth’s surface (as shown in the picture on the right). Ultraviolet rays can break the molecular bonds in the objects they strike. Most people are familiar with this effect on old paper products and other items. When they are exposed to sunlight, the chemical bonds are broken down, causing the color to fade. This discoloration effect is called photo degradation. However, the color of the object is not the only thing affected. The chemical properties of objects are affected, so these effects are extremely important to the pharmaceutical, cosmeceutical, and nutraceutical industries. There is a need to avoid chemical breakdown in drugs or vitamins, so it is important to ensure that drugs and nutrients remain stable during the expected shelf life of exposure to light. This is done by testing the light stability of the product. Light stability affects product shelf life, handling and packaging. This test is an important part of the drug development process. Light stability studies are usually conducted in a continuous manner, first testing drugs/supplements. Then, the product is tested first in its direct packaging, followed by the final marketing packaging that will be placed on the retailer's shelf. These tests can be repeated repeatedly until they prove that the drug can be sufficiently protected from light. Pharmaceutical manufacturers must establish the stability of their drugs to light. But what makes drug molecules or preparations unstable to light, and how to give them proper protection? Why do drug molecules degrade under light? First, drug molecules can directly absorb light. For this reason, the spectrum of the light source must overlap with the absorption spectrum of the molecule to some extent. Therefore, molecules that can absorb light of 320 nm or higher are at risk of photostability. The second way light causes photodegradation is through a process called photosensitization. This is where another component of the formulation absorbs light energy and then transfers it to the drug molecule, leading to degradation. To illustrate this effect, Figure 4 shows the structure and UV absorption spectrum of Losartan. We do not want losartan to have a photodegradation risk, and it has been proven to be photostable in most formulations. However, in liquid oral preparations containing cherry flavoring, losartan is sensitive to light [2]. Of course, cherry flavoring is colored and can absorb light. In addition, in the presence of oxygen, degradation occurs faster. The photodegradation reaction usually proceeds through the oxidation pathway. All companies that develop or manufacture drugs require a robust light stability testing process to ensure product quality and regulatory compliance. Inadequate testing can lead to costly delays and lost revenue. The 1996 guideline CPMP/ICH/279/95 Q1B describes the process of light stability testing of new active substances and pharmaceutical products. The output of cool white fluorescent lamps is similar to the output specified in ISO 10977 (1993). The spectral distribution of UVA fluorescent lamps is 320 nm to 400 nm, and the maximum energy emission is between 350 nm and 370 nm. Most waves must be in the range of 320 nm to 360 nm and 360 nm to 400 nm. The sample should be exposed to at least 1.2 million lux-hours under visible light (VIS) and at least 200 watt-hours per square meter under UVA. For more information, please refer to thchamber Photo Stability Test Chamber product page.

The purpose of the laboratory incubator is to provide a controlled and pollution-free environment for the safe and reliable work of cell and tissue cultures by adjusting conditions such as temperature, humidity and CO2. Laboratory incubators are essential for the growth and storage of bacterial culture, cell and tissue culture, biochemical and hematological research, pharmaceutical work, and food analysis. According to the different temperature control range, the laboratory incubator is suitable for different fields. XCH Biomedical has biochemical incubators, which are widely used in scientific research and production departments such as environmental protection, sanitation and epidemic prevention, agricultural, livestock and aquatic products, drug testing, cell culture, etc.; bacterial incubators, mainly mold incubators. The mold incubator is a special constant temperature equipment for BOD detection of water body analysis, mold and other microorganism cultivation, and is widely used in research institutions for sanitation and epidemic prevention, agriculture, animal husbandry and aquatic products. In addition, we also have industrial incubators, heating incubators for scientific research and industrial production such as medical and health, pharmaceutical industry, biochemistry and agricultural sciences for bacterial cultivation, fermentation and constant temperature testing. The laboratory incubator is a heated insulated box used to cultivate and maintain microorganisms or cell cultures. The incubator maintains the optimal temperature, humidity and gas content of the internal atmosphere. Many incubators include a programmable timer that can be set to cycle between different temperature and humidity levels. Incubators vary in size, from desktop units to large cabinet-sized systems. There are many different types of laboratory incubators, including dry bath incubators with single or double blocks, mold incubators and biochemical incubators, biological oxygen demand (BOD) devices suitable for insect or plant research, shaking incubators, Hybridization furnace, bioreactor and various laboratory test rooms. What is the difference between a mold incubator and a biochemical incubator? 1. The difference in use The laboratory mildew incubator is used by universities, medical, military, electronics, chemistry, and biological research departments for bacteria storage and biological cultivation. It is a necessary testing equipment for scientific research laboratories. Biochemical incubators are widely used in environmental protection, sanitation and epidemic prevention, drug inspection, agriculture, animal husbandry, aquaculture and other scientific research, institutions, production departments, water quality analysis and BOD determination, bacteria, mold, microbial cultivation, preservation, plant cultivation, breeding experiments, special constant temperature equipment. Because it is not used, the mold incubator is equipped with a germicidal lamp, but the biochemical incubator is not installed. 2. The difference in function The functional difference between mold incubator and biochemical incubator is the difference between humidity control and killing functions. The biochemical incubator does not have the function of regulating and not killing, but also has the function of regulating and killing. The mold incubator has two options of humidification and non-humidification. The biochemical incubator does not have the humidification option. In many cases, there is no humidification and mold incubator. The biochemical incubator has the difference in UV disinfection function.

Although drug discovery has received much attention in the pharmaceutical industry, stability also plays an equally important role. Drugs must remain effective and safe for a long time after they leave the production facility. Ensuring this security requires a series of technologies and applications. Stability and light stability testing of active pharmaceutical ingredients and finished products Stability and light stability tests are used for research aimed at providing information about how active pharmaceutical ingredients (API) or finished pharmaceuticals (FPP) change over time and are affected by temperature, climate, and light. The follow-up inspection period, expiration date and recommended storage conditions of the active pharmaceutical ingredients are determined based on these data. In conducting these studies, the incubator is the key. Stability test Phase stability test The level of stability testing is often divided into three categories: mandatory, accelerated, and real-time stability. In the mandatory stability test, the company exposes the compound to harsh environments, such as high temperature or humidity. The temperature is usually close to the melting temperature of the active pharmaceutical ingredient. This can also include testing under strong light. The results can be used to predict reaction kinetics. Accelerated stability testing is less demanding. It can include, for example, a temperature of 50 degrees Celsius to predict what might happen to the drug over a long period of time at room temperature. For real-time stability testing, the pharmaceutical company stores the drug at room temperature, natural light, and the expected humidity level of the drug sales area. These tests usually run for several years. In addition, real-time testing must include potentially destructive scenarios. “It covers whether someone left the medication on the dashboard of the car and then went to the beach that same day, or if the medication shipped around the world was left out on the pallet at the airport,” Ladd said. Consumers may think that the therapeutic drug product in the home medicine cabinet effectively achieves the effect claimed on its label. Similarly, medical professionals expect prescription products to meet efficacy, safety, and stability requirements. The confidence of both parties is based on the expectation of biopharmaceutical companies to thoroughly test therapeutic products long before they enter the market. Considering stability, constant climate manufacturers need to know that when the product is placed on the shelf, it will not lose its effectiveness or degrade into dangerous things. For the stability test of the finished product, the product is stored under controlled conditions, and then periodically removed from these conditions and checked to ensure that it meets the standards. Various characteristics are measured to create degradation lines during the product's shelf life. In some cases, a study may span multiple years. For a substance that is under development but has not yet been approved for clinical use, the company cannot wait for several years due to competitive pressure, market demand, and tight time for patent expiration. In order to speed up the stability testing process, scientists put the substance under pressure conditions such as high humidity and temperature to highlight stability issues more quickly. If they have standardized technologies, practices, and data to support integrated methods of stability testing and analysis, they can also use virtual models. Virtual testing, also called computer testing, can usually predict stability issues early in the research and discovery phase. The constant temperature and humidity drug stability chamber is a reliable and high-efficiency environmental test chamber that meets the test requirements. The XCH Biomedical environmental protection box is designed with imported technology and imported high-quality parts and components, with stable and reliable performance. It is a reliability and efficiency environmental test chamber that meets the test requirements.

A laboratory incubator is a heated, insulated box that provides a controlled, pollution-free environment that enables researchers to safely handle cells, tissues, and other biological cultures. The incubator maintains the optimal temperature, humidity and gas content of the internal atmosphere. Many incubators include a programmable timer that can be set to cycle between different temperature and humidity levels. Incubators vary in size, from desktop units to large systems the size of cabinets. The purpose of the laboratory incubator is to provide a controlled and pollution-free environment for the safe and reliable work of cell and tissue cultures by adjusting the conditions of temperature, humidity and CO2. Laboratory incubators are essential for the growth and storage of bacterial culture, cell and tissue culture, biochemical and hematological research, pharmaceutical work, and food analysis. Experts suggest that even before buying a laboratory incubator, you should first consider its use and location. XCH Biomedical has biochemical incubators, which are widely used in scientific research and production departments such as environmental protection, sanitation and epidemic prevention, agricultural, livestock and aquatic products, drug testing, cell culture, etc.; bacterial incubators, mainly mold incubators. The mold incubator is a special constant temperature equipment for BOD detection of water body analysis, mold and other microorganism cultivation, and is widely used in research institutions for sanitation and epidemic prevention, agriculture, animal husbandry and aquatic products. In addition, we also have industrial incubators, heating incubators for scientific research and industrial production such as medical and health, pharmaceutical industry, biochemistry and agricultural sciences for bacterial cultivation, fermentation and constant temperature testing. Therefore, instead of buying an incubator and then trying to adapt it to your process or needs, it is better to reverse the process. Not only does this make sense to ensure proper performance; it can help you choose the model that best meets your needs. Even the most obvious considerations are often overlooked. These include physical size and internal capacity-or other ways of stating "Does it fit where I want to put it?" and "How many samples will I incubate at any given time?" Another question that needs to be answered is "What is needed? What is the range of temperature, CO 2 and relative humidity?" If performing a relative humidity test, other considerations include the availability of proximity to an appropriate electrical outlet and water source. In this case, there should be a drainage pipe nearby. Useful features are the auxiliary glass door, which allows you to open the main door and view the contents without destroying the internal temperature, and the internal power socket for powering the vibrator and blender. If you want to inquire about any of THCHAMBER's laboratory incubators, please contact a member of our team immediately. We look forward to helping you.

What is a stability test chamber? Most stability test chambers are similar to a large scientific refrigerator. Their function is not to keep the contents cool, but to replicate changes in temperature, humidity, and light for a long time. This is crucial when a pharmaceutical company wants to bring a new product to the market. Changes in temperature, humidity, and light are closely related to the recommended shelf life of medicines. If you check your medicine cabinet, you will most likely find the "expiration date" on prescriptions and headache medicines. We will focus on medicines here, but they are equally applicable to many products whose performance and reliability must remain unchanged under many climatic conditions around the world. Before you buy a test room, you must first determine the standard you want to test. These will determine the specific test room you need. When you need to pick up the phone, you will also know what you are looking for. I hope the manufacturer has stock and can give it to you in time. However, the inventory exceeds the availability. Check the manufacturer's website. Are the sizes and types of the listed models different-temperature and humidity, temperature control, etc.? Does it come with a standard and high-performance test chamber? What are its customization options and upgrades? These may not apply to you, but more products show that the manufacturer has a solid team of engineers behind its products, and has done a good enough job in sales, it is worth choosing a variety of test boxes. The best test room manufacturers maintain communication for a long time after the initial transaction and provide support when needed. Many provide free replacement parts and services during the warranty period after your purchase. Also, look for the types of troubleshooting available so that you don't always have to rely on external services to keep running and identify the problem before you bring in the service team. However, the real difference lies in the long-term maintenance plan. You must perform preventive quarterly and annual maintenance to keep your test room running. Look for factory service employees instead of HVAC technicians. If you can cooperate with the manufacturer's service department for maintenance, that would be an advantage. They understand the intricate details of environmental test chambers, which are much more complicated than typical HVAC maintenance and repairs. In addition, working with factory services can help you build a working relationship that you can turn to when problems or problems arise. Want to know what the best environmental test chamber manufacturer must provide? Contact XCH Biomedical to learn how we use the latest laboratory technology and solutions to provide services to companies from all walks of life. XCH Biomedical R & D Technical Team The company is backed by scientific research institutes, exerts its own talent advantages, and continuously applies the latest achievements to products. The R&D team led by researchers and Ph.D. thermal engineering has always been serious and rigorous; we understand that you are under pressure to quickly introduce new products to the market. Products must be tested under various conditions to ensure their quality and reliability. Products and Services 1. Biological field: Use biotechnology to conduct environmental tests on new products. Provide sophisticated experiment and test equipment to ensure product reliability. 2. Medical field: From syringes, vaccines to pacemakers, the medical industry needs to understand the limitations of temperature, use and storage, and strictly control the manufacturing and research and development of products. We provide various environmental test chambers and test chambers for stability testing and storage of products or tools in the medical field to ensure effectiveness and reliability.

Advances in data storage, sensors, flexible circuit technology, 5G, Bluetooth, 3D printing, and batteries are just some of the evolving innovations in healthcare. This growth is driven by consumer demand and technological advancements, making healthcare more accessible-which means putting the industry directly in the hands of consumers. Thanks to healthcare IT innovations, we can access our medical records online and participate in telemedicine appointments that are vital during the COVID-19 pandemic. To understand the importance of temperature and humidity environmental testing, just look at the map. The products that drive our lives should work in all climates. The phone should operate in the dry heat of the Arizona desert and the high humidity of the Atlantic coast. The same is true for life-saving medical equipment, automobiles, airplanes, etc. The company tests these products under controlled environmental conditions to confirm that they work as designed and understand their failure points. By doing so, these companies can set expectations for consumers or work to fix potential deficiencies before entering the market. The environmental testing process requires great attention to detail. The surrounding room conditions need to be just right. The test room needs a certain amount of clearance in all directions. You need to precisely control the conditions of your internal work area to meet standards with strict testing guidelines. Depending on the product you are testing, the size of the test load, and the creation of optimal airflow, your size may also be limited. In some cases, one thing you can control is the size of the laboratory. This obviously does not apply to companies that require walk-in rooms or other rooms with larger internal working spaces. However, you can choose a temperature and humidity environmental chamber. This style can achieve the same effective test as the large-scale temperature and humidity test chamber, and increase the benefits of mobility and floor space optimization. The single-door temperature and humidity environmental laboratory is mainly used to test the adaptability and use of electronics, electrical appliances, food, automobiles, rubber and plastics, metals and other products, parts and materials in high and low temperature alternating humid and hot environments during storage and transportation. Main feature: ◆ Using the latest air duct system design, the temperature and humidity of different positions in the box have good uniformity of temperature and humidity ◆ Original imported fully enclosed compressor to ensure long-term continuous operation of the equipment ◆ Original imported chip capacitive humidity sensor, high sensitivity, low annual drift, direct humidity detection ◆ LCD microcomputer controller, sensitive induction, small system error ◆ The inner tank is made of full mirror stainless steel 304, no pollution source, easy to clean If necessary, the environmental test chamber is equipped with universal wheels to allow movement between departments. (Please note that the test space is very important, no matter where it is in the laboratory, all chambers need proper power supplies. For any questions about your chamber system, please consult thchamber). It is best to understand your testing requirements, consult your entire team to make the best decision for everyone, and work with experienced manufacturers who can provide the chamber, support and service that suits you.