Environmental Chamber

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.

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.

The laboratory environmental chamber is a space where subjects are subjected to controlled experiments, allowing users to control the environmental conditions of the enclosed space. The test room can recreate a variety of environmental conditions by using salt spray, namely temperature and humidity conditions, temperature only conditions and corrosion conditions. It can also build an environment that contains adjustable levels of dust, rain, and height.   As the name implies, the temperature and humidity test chamber is a chamber for observing and studying the effects of these changes on substances by artificially controlling the temperature and humidity indicators in the chamber. If you want to talk about the purpose of these rooms, it can be said that these rooms are strictly research and development devices designed to study the characteristics of substances and products and understand how they function under extreme climates and even degradation and environmental conditions.   It has been seen that increased heat and increased moisture are one of the main reasons for the deterioration of different products. These products can be the pharmaceutical industry, rubber industry, plastic industry, edible substances and metal substances. This is why these industries actively use humidity test chambers. The main task performed by this test chamber is to place the product in the test chamber and increase the heat and humidity levels. In this state, the product will remain exposed for a period of time. Products in these industries have been tested for chemical, mechanical and physical properties. This contributes to the positive development and improvement of the industry.   Temperature is basic Temperature is one of the most important aspects and plays a very important role in the entire test. This is why the indoor temperature is kept at a high level. In fact, in order to test objects or products in different ways, there are many changes in the temperature level maintained indoors. The main purpose of the test is to observe the change and deterioration process of the product when exposed to a humid environment at high temperature. These test chambers are specially constructed so that the internal high temperature can be maintained for a long period of time. This is why it is equipped with a special quality glass wool panel.   The tests carried out in the environmental chamber are roughly divided into two categories:   Climate test air pressure humidity Temperature and light Dynamic Testing Shock vibration accelerate turn around   The content mentioned above should be enough for you to understand almost all the information about the functions of the environmental laboratory. For further inquiries, please click thchamber.com.

Temperature and humidity test is a general term. It is an engineering and manufacturing summary of a series of environmental stress tests, such as high/low temperature tests, moisture resistance tests, or temperature cycling tests. Procedures such as temperature and humidity deviation testing also belong to the umbrella. No matter what each test type is called, they all determine the performance or behavior of the complete system, subsystem, and individual components of the finished product under normal and harsh environmental conditions. In most cases, the extreme changes are temperature and humidity. However, other environmental factors such as sand, dust, corrosion and vibration also fall into the scope of performance testing. Technicians conduct temperature and humidity tests by immersing the product in an artificial environment. It involves a test room where temperature and humidity changes are induced, controlled, monitored and evaluated. The test chamber usually includes a vibrating table and equipment that regulates exposure to abrasives such as sand and dust. The size of the test room varies. Some chambers are small and are designed to test tiny components such as circuit boards and controllers. The medium-sized chamber allows larger objects or small products with multiple loads to be tested on a large scale. Sometimes, very large candidates like vehicles and machines need to be tested for temperature and humidity. Custom test chambers are usually built for these applications. Use temperature and humidity test chamber for stability test Whether it is used for medicines, cosmetics, textiles, food and beverages or electronic products, the stability test chamber is one of the processes used by companies to determine that their products remain safe and functional on the shelf or under certain environmental conditions. Almost no industry does not require stability testing. While focusing on evaluating the durability of the product, the stability test is also used to evaluate the accompanying packaging. These products change hands and the environment throughout the chain of custody. They should be kept safe and protected during transportation, storage and anticipated use. The list of products suitable for temperature and humidity testing is long. This actually depends on the expected working environment of the product. The type of test also depends on the industry in which it is applied. The following are some common industries where temperature and humidity tests are performed on a regular basis: aerospace car defense vitality telecommunications medical Each industry has its own unique products and individual specifications and test parameters. The list varies by industry and intended application. The following only lists some products and objects suitable for temperature and humidity testing: Electrical components Engine assembly Batteries and solar panels Medical diagnostic products Medicine container Military ammunition and weapons Adhesives and caulks Glass product Further considerations when purchasing a medicine stability test chamber There are a few things to keep in mind when buying a temperature and humidity cabinet for steady-state testing. Size really matters. If you test multiple products or a large product at the same time, this will determine what you need to use in a chamber. Another consideration is the type of testing you anticipate. For example, if you need to perform stability testing in addition to cyclic testing (or other iterative testing), it is best to invest in a chamber with power components to quickly change conditions. XCH Biomedical provides various types of medical temperature/humidity test chambers, including single, double, and three-chamber types, with three functions: temperature, humidity, and light. Alarm system, double room single control, safe and reliable. Low price. They come with installation and operating instructions, as well as installation and maintenance instructions.