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   01 Exhibition Overview The 76th Annual Meeting of Clinical Chemistry of United States and Clinical Laboratory Medicine Expo ADLM (formerly AACC) will be held from July 30 to August 1, 2024 at McCormick Place Convention Center in Chicago, United States. Founded in 1949, ADLM is the world's highest quality and largest annual event for clinical testing, showcasing cutting-edge medical technologies and innovative products.   02 Booth introduction   We sincerely invite you to visit our booth (booth number: 144) Exhibition Name: The 76th United States Clinical Chemistry Annual Meeting and Clinical Laboratory Medicine Expo Exhibition time: July 30-August 1, 2024 United StatesVenue: McCormick Place Convention Center, Chicago, IL, USA Booth No.: 144 For more information about the show or to book a visit, please feel free to contact our team  overseas@poclight.com 03 Exhibited products Dry Micro Chemiluminescence  Immunoassay Analyzer The  POClia Automatic Chemiluminescent Immunoassay ana

  The paramount importance of chemiluminescence technology—a mainstream technique in immunodiagnostics—in the field of In Vitro Diagnostics (IVD) is self-evident. However, in the current highly competitive environment, technological innovation remains the core competitiveness of enterprises. Breaking through the traditional barriers of chemiluminescence and forging new paths is the inevitable choice for sustainable development. 1. Homogeneous and Heterogeneous 1-1 Homogeneous Chemiluminescence Homogeneous chemiluminescence technology refers to a detection system where all the substances participating in the luminescent reaction are in the same phase (usually liquid phase), allowing for detection without the need for physical separation steps.Its characteristics are as follows: 01 No magnetic beads required: Traditional chemiluminescence techniques often require magnetic beads for separation, while homogeneous chemiluminescence technology completely eliminates this step. This not only r

  Cleaning whether in our daily life or industrial production will occur, today we will talk about the industrial cleaning often encountered problems, including foam problems are more common and more serious.  In industrial cleaning will be added to a variety of additives resulting in a large number of foam. So you need to use cleaning defoamer for defoaming treatment. Cleaning defoamer  is a kind of chemical agent that can remove the foam on the surface of liquid during the cleaning process. In industrial production and family life, cleaning defoamer is widely used in a variety of cleaning fields, such as detergents, cleaning products, metal cleaning agents and so on. However, when using cleaning defoamer, we need to pay attention to the following aspects to ensure that its performance is given full play. Firstly, we need to pay attention to the performance of the cleaning defoamer. Good performance cleaning defoamer should have the following characteristics: can quickly eliminate the

  POCT is indeed an important direction for the future development of the IVD industry and has broad prospects. Let me elaborate on the advantages and development trends of POCT for you: 1. Efficient and convenient detection mode POCT adopts a distributed, real-time detection mode, similar to the resource allocation method of online car-hailing, which greatly improves the detection efficiency and reduces the cost. This model reflects the characteristics of POCT immediate, fast, convenient and on-the-spot inspection, making it the main trend of IVD product development in the future. 2. Wide range of application scenarios POCT products are small and exquisite, and the application scenarios are diverse. From the ICU, operating room, emergency department of the hospital to the clinic, the patient's home, and even the fields of food safety monitoring, military rescue, and criminal investigation and law enforcement, the vast majority of routine clinical indicators can be tested. This por

  In vitro diagnostics  (IVD), refers to products and services that obtain clinical diagnostic information by testing human samples (various body fluids, cells, tissue samples, etc.) outside the human body, and then judge diseases or body functions. In vitro diagnostics is known as the "doctor's eye" in the medical field, and is an important part of modern laboratory medicine, and its clinical application runs through the whole process of disease treatment such as disease prevention, preliminary diagnosis, treatment plan selection, and efficacy evaluation, providing doctors with a large amount of useful clinical diagnostic information, and increasingly becoming an important part of human disease diagnosis and treatment. IVD classification: According to the different detection principles and methods, in vitro diagnostics can be divided into biochemical diagnosis, immunodiagnosis, molecular diagnosis, microbial diagnosis, blood diagnosis, point-of-care testing (POCT), etc.

  Wastewater discharged during the production process of the paper industry. Paper industry wastewater can be divided into sulfate pulp wastewater and sulfite pulp wastewater. Among them, the waste water discharged from the pulp process is the most serious pollution. What's more, a large number of foams will be generated in the treatment process, paper wastewater will contain a large number of impurities and chemical additives is the cause of the foam.   Many paper manufacturers in order to eliminate such foam will use  paper polyether defoamer for treatment . Paper polyether defoamer specifically designed for the paper industry in the process of paper and foam and the design of the white water has a very anti-foaming effect, can quickly remove the fibres entrained between the fine bubbles, remove the foam floating on the surface of the pulp, can be dissolved in the air within the pulp, and at the same time to remove the surface of the water bubbles, to remove the bubble impact on

  The role of pressure sensor in the use of air compressor With the continuous advancement of technology, air compressor operation has become inseparable from the assistance of pressure sensors.The purpose is to make the air compressor operate more stably and safely in industrial production.So how does the  pressure sensor  work during the operation of the air compressor? The air compressor pressure sensor is the core component for measuring pressure. Taking a chemical plant as an example, because some pneumatic valves and pneumatic instruments require instrument air, and some production links require process air for mixing and mixing, an air compressor is essential. few.In the normal operation of a screw air compressor, there are several processes: suction, sealing, transportation, compression, and exhaust.   During the transportation process, oil and gas are compressed, and the oil-gas mixture with higher pressure is discharged.By installing a pressure sensor on the rear air outlet p

  People who work in the machinery industry believe that they have more opportunities to deal with  servo motors   and   stepper motors . Especially friends who do mechanical design, often need to consider whether to use a stepper motor or a stepper motor? This time we will learn more about the stepper motor. Learn the difference between motors and servo motors so that we can make a good choice. Different control methods Stepper motors and servo motors have different control methods. Stepper motors control the rotation angle by controlling the number of pulses. One pulse corresponds to one step angle. Knowing the number of pulses the angle of rotation can be calculated. But the servo motor is controlled by the length of the pulse time controls the rotation angle, so there is a difference between the two. The controller is also different We generally use stepper motors, which require stepper drivers, while servo motors are controlled by servo drivers. The working equipment and work proc

  1. What is KL-6? KL-6 is recognized as a valid indicator of lung injury and pulmonary fibrosis, and is expressed on the surface of type II alveolar epithelial cells, in normal lung tissue and terminal bronchiolar epithelial cells. It is expressed in very small amounts, and is enhanced in degenerative (proliferating, regenerating, or damaged) type II alveolar epithelial cells, which is directly related to interstitial lung disease (ILD). Therefore, KL-6 is a new serum non-invasive preferred marker for the detection of interstitial pneumonia (ILD). Today, let's learn about the clinical applications of KL-6 as an early marker of ILD in the field of rheumatology. 2. KL-6 can be used as an independent predictor of early progression of systemic sclerosis-associated interstitial lung disease (SSc-ILD). The study studied 82 patients with early SSc-ILD with a mean duration of 2.3 years, and the percentage of forced vital capacity FVC% within the first year varied from -23% to 38%, the bas

  C onstruction paint thickener is a water-based polymer material composed of polyurethane. It is a thickener developed by Nanhui in order to help most of the coating manufacturers to improve the quality of their products, increase the production efficiency, make the production cost lower, and gain the recognition of customers. So this issue will explain what is the construction paint thickener and its role. The role of architectural paint thickener Construction paint thickener can improve the rheological properties of the paint, help to improve the pseudoplasticity of the paint, and at the same time make the paint storage stability, to avoid the settlement of the filler in the paint. In the spraying process, it can help the atomisation of the water-based paint, on the other hand, in the construction process, it can prevent the paint from hanging, flowing and splashing, increase the fluidity of the paint, and ensure that the paint has good construction performance. And give the coating

  During the transportation of industrial brushes, such as synthetic fiber   strip brushes   or   roller brushes , it is not uncommon for the bristles to become bent or warped. This blog post discuss the reasons behind this issue and provide effective solutions for straightening bent bristles. Causes of Bent Bristles Inadequate Packaging : Using soft cardboard boxes can lead to bristle bending. To avoid this, it is recommended to use sturdy wooden crates or boxes during transportation. Improper Brush Placement : When packing the brushes, it is essential to ensure that the bristles are in close contact with each other. For strip brushes, arrange them in an alternating pattern, as shown in below photo.   For roller brushes, ensure they are tightly placed without any gaps. Wrapping a thin film around the roller brush's surface can further prevent displacement. If there is excess space in the packaging, use cardboard or foam to fill the gaps. Straightening Bent Bristles If you receive