China Wuhan Desheng Biochemical Technology Co., Ltd Company News

What is carbomer? Carbomer is the common name for an ingredient called polyacrylic acid (PAA). Carbomer is a group of synthetic acrylic high molecular weight polymers that can be used as thickeners in cosmetics and skin care products. They are mainly added to gel-like formulas such as facial moisturizers, sunscreens, shampoos, anti-aging formulas, cleansers and scrubs to help control the thickness, fluidity and consistency of the product. Carbomer polymers can be present in a variety of product types, including skin, hair, nails, and cosmetics, at concentrations up to 50%. You may notice a number related to the carbomer name on the ingredients, which is the carbomer code. The carbomer codes (ie 910, 934, 940, 941, and 934P) indicate the molecular weight and specific composition of the polymer. Carbomer polymers can have varying pH values ​​and must be neutralized to make them function as thickeners. Formulas containing carbomer polymers sometimes list these neutralizers. Examples include triethanolamine (TEA), sodium hydroxide, potassium hydroxide and tetrasodium EDTA, to name a few. At other times, the company will purchase pre-neutralized carbomers, which may or may not list neutralizers. Why use Carbomer?To understand the functions of carbomers, it is important to first understand how they work. When carbomer is placed in an aqueous solution of neutral pH, many side chains will lose protons and gain a negative charge. Due to this reaction, carbomer is able to absorb and retain water, and swell to many times its original volume. This is why carbomer is considered a texture enhancer and is used to increase the thickness of products (especially gel formulations). In addition, Carbomer has the ability to disperse or suspend insoluble solids in liquids. Therefore, carbomer is used to prevent the separation of emulsions into oil and liquid components, as well as to control the consistency of cosmetics and other skin care products. By adding carbomer to shampoo, conditioner, cream and lotion, the formula will appear richer, smoother and creamy. By changing the amount of carbomer in the product, formulators can use hard hair sprays, hard hair sprays that can keep the body flowing but still flow easily, or rich creams that can keep the shape to make anything. A large amount of carbomer in the gel may cause the makeup to roll or pilling on the skin, but this phenomenon depends on other formulation steps to minimize this effect. Desheng Biochemical specializes in the production of carbomer's raw materials, which are white fluffy powders, which can be used to prepare various daily chemicals according to actual uses. At the same time, the company has a research and development team of 2 doctoral students and 6 master students to help the downstream enterprises' customized needs.

Carbomer 940 is a thickening agent and gel used widely in the daily chemical industry. It includes sterile disinfectant gel and carbomer. Moreover, the temperature has dropped rapidly recently, the epidemic has a tendency to rebound, and the demand for carbomer has also increased. What is the price now? Carbomer 940 is commonly used in the carbomer series, because skin feels good, thickening, viscosity and transparency are very suitable for skin care products such as creams, wash hands and hand sanitizers. Although there are many manufacturers producing Carbomer, due to its various uses, the quality and grade of carbomer used in different products are different, so the price is also obviously different. Take Desheng carbomer 940 as the raw material of daily chemicals as an example. If it is a ton, the price is about 130 per kilogram. The same Carbomer, the same concentration of products with different gel transparency, the raw material prices are also different. The products with excellent thickening performance and high transparency also include carbomer of Lubrizol. However, because they are imported products, the price is relatively high, and they do not need to be purchased from retail agents, so the supply is not flexible enough. Although there are many domestic producers of Carbomer, although the price is lower, there is still a certain gap between the quality of many products and those imported. Especially for high-end cosmetics, the cost of raw materials is not high, and the cost of carbomer is less. Therefore, the carbomer with better quality is preferred as the raw material of gel or cream. This is why before the epidemic, most manufacturers used imported carbomer raw materials, and the imported carbomer began to use domestic raw materials only when the epidemic was limited. There are also some carbomer prices due to different grades. For example, in the field of material industry, the price of carbomer leak proof adhesive modified by decoration materials is much lower; In the pharmaceutical field, Carbomer used as pharmaceutical excipients has higher grade and higher price than that used in cosmetics. It can be seen that the same is carbomer 940. The price difference is relatively large for different grades and quality. Desheng's carbomer 940 is used for cosmetics and pharmaceutical accessories.

Enzyme is an active substance existing in nature. These substances have a very far-reaching impact on our life and health. Enzyme manufacturers can prepare various types of enzymes in different ways to meet different production needs, such as the needs of biochemical detection, food processing and so on. So how do these manufacturers choose cost-effective enzyme manufacturers? 1. Select manufacturers with rich varieties There are many kinds of enzymes in nature, each of which can play different roles. When used in production, sometimes a variety of enzymes may need to be added due to the needs of process technology. Therefore, in order to achieve one-stop procurement, manufacturers should try to choose enzyme manufacturers with a wide variety of enzyme preparations, so as to ensure that the purchased enzyme preparations have the same quality, Desheng has more than ten years of experience in the production and R & D of enzyme preparations. There are dozens of enzyme products, which can meet the needs of various production enterprises. 2. Select manufacturers with excellent raw material quality The production of various enzyme preparations needs to use different molds for fermentation. In this process, whether the quality of raw materials is excellent or not can determine the quality of enzyme preparations. In order to ensure the purchase of the best enzyme preparations, the manufacturer should choose the enzyme preparation manufacturer with high requirements for the quality of raw materials, which can not only maintain the reliable quality of enzyme preparations, At the same time, it can also ensure that the product quality processed by the enterprise is better. Desheng's enzyme preparation is specially used in biochemical detection and biochemical experiment, which has better purity and activity than industrial enzyme preparation. 3. Select manufacturers with good technology Although most enzyme preparations are refined after fermentation, with the continuous development of science, technology and industry, the processes of various enzyme preparations are also improving. The use effect of enzyme products produced by enzyme preparation manufacturers with better processes will be better. Therefore, the production process should also be considered when selecting enzyme preparation manufacturers. The above three points are the methods for Desheng Xiaobian to select enzyme preparation manufacturers. No matter what type of enzyme preparation the enterprise needs or the purpose of using enzyme preparation, it is very important to select an enzyme preparation manufacturer with high cost performance in order to purchase high-quality and effective products. Therefore, the purchaser should have a comprehensive understanding of the enterprise, Select the best manufacturer after comprehensive comparison.

In the era when Chinese cosmetics are moving towards efficacy evaluation, Hubei New Desheng Material Technology Co., Ltd. has opened the reporting authority of cosmetic raw materials HEPES buffer safety-related information on the raw material safety information service platform of the State Drug Administration in accordance with the requirements of the "Evaluation Specification for Cosmetics Efficacy Claims".And we obtained the reporting code. Since then, our company can independently or authorize domestic and foreign customers to evaluate the efficacy claims of the cosmetic raw material HEPES and upload the efficacy basis. Cosmetics are processed from various raw materials with different functions and effects for human skin.So the safety of cosmetic raw materials is very important. HEPES produced by our company is an odorless white powder. Under certain conditions of temperature and pH value, N-hydroxyethylpiperazine reacts with sodium chloroethylsulfonate solution and produces HEPES reaction solution. Crystals precipitated by drying from solution,and get the finished product of HEPES. Although HEPES is a chemical synthetic raw material, it is relatively mild and has no irritating effect on the skin. It is often used in cosmetics for whitening,and repairing.In cosmetics, HEPES not only acts as a PH adjuster to stabilize the PH of cosmetics in a weakly acidic state suitable for human skin, but also prolongs the shelf life of cosmetics. The use of HEPES in cleansing cosmetics can accelerate the softening of the cuticle, promote cell metabolism, shrink pores, and make the skin look fairer and more lustrous; when used in essences and rejuvenating creams, it can promote the absorption of other functional products . Experiments have shown that HEPES also has anti-inflammatory effects, which is a great boon for people with acne-prone skin. Our company has invested a lot of resources in the research and development and production of HEPES,and can produce high-purity HEPES white powder with excellent properties, which you deserve it. Welcome new and frequent customers to inquiry.We can provide you the safety-related information reporting code of cosmetic raw material HEPES.

Since heparin was discovered, it is still widely used in the prevention and treatment of various thromboembolic diseases due to its rapid onset of action, definite curative effect and reversible anticoagulant effect. However, there are many types of heparin with similar names, such as blood collection tube additive heparin, low molecular weight heparin, enoxaparin, nadroparin, etc., which can easily lead to mutual confusion. What are the types of heparin and what are the differences between each type of heparin? Today Desheng takes you to find out. Heparin is mainly divided into unfractionated heparin (UFH), blood collection tube additive heparin, low molecular weight heparin (LMWH), heparin derivatives (such as fondaparinux sodium), and heparin analogs (such as danaparin). Unfractionated heparin is a mixture of sulfated glycosaminoglycans (GAGs). It is a mucopolysaccharide sulfate alternately composed of D-glucosamine, L-iduronic acid and D-glucuronic acid, which can be prepared from the lungs of cattle or the intestinal mucosa of cattle, sheep and pigs. Vacuum blood collection tube anticoagulant heparin (sodium heparin or lithium heparin) is an additive in blood collection tubes. It is used in anticoagulant tubes to prevent blood coagulation in vitro after blood collection for a certain period of time. This heparin is usually not of injection grade. It is different from heparin drugs, but its potency is relatively high. Heparin for Cosmetic raw material can be added to nutritional creams, eye creams, acne-removing products and hair growth agents, etc. It has many functions like increasing the vascular permeability of the skin,improving local vascular circulation,promoting the supply of skin nutrients and the excretion of metabolic wastes. It Plays a good role in health care and maintenance of the skin. Heparin with low molecular weight is a short-chain preparation obtained from the separation or degradation of unfractionated heparin. Due to differences in molecular size, anticoagulant activity, preparation method, and manufacturer, commonly used clinical heparins with low molecular weight include enoxaparin, dalteparin, and nadroparin. Different molecular weight The molecular weight range of unfractionated heparin is 3000~30000Da, and the average molecular weight is 15000Da, which is equivalent to 45 sugar units. The molecular weight of low molecular weight heparin is about 1/3 of that of unfractionated heparin, and the molecular weight of fondaparinux is the smallest, only 1728Da. The size of the molecular weight is closely related to the anticoagulant activity and mechanism of action of the drug. Different mechanism of function The anticoagulant effect of heparin is mainly mediated by antithrombin III (AT-III). Heparin molecule combines with AT-III lysine residue to form a reversible complex, which changes the AT-III configuration.Then the active site of arginine fully exposed to rapidly bind with the serine active center of IIa (thrombin),IXa, Xa, XIa,etc. It accelerates the inactivation of coagulation factors. When heparin inactivates factor IXa/IIa by AT-III, it must combine with AT-III and coagulation factor to form a ternary complex, while when inactivating by factor Xa, it only needs to combine with AT-III. Once the heparin-AT-III-coagulation factor complex is formed, heparin is dissociated from the complex, combined with another molecule of AT-III for repeated use. Different pharmacokinetic properties Unfractionated heparin can be injected subcutaneously, intravenously or intravenously, but its bioavailability is low during subcutaneous injection, and its elimination in vivo is dose-dependent. In addition, the plasma protein binding rate of unfractionated heparin is as high as 80%, and most of them also bound to endothelial cells, macrophages, etc. That makes its anticoagulant activity unpredictable. Compared with unfractionated heparin, low molecular weight heparin has obvious pharmacokinetic advantages. After subcutaneous injection, the bioavailability of low molecular weight heparin can reach 90%, and the plasma protein binding rate is low, so the anticoagulant effect is more predictable than unfractionated heparin. It should be noted that the heparin currently produced and developed by Desheng (sodium heparin and lithium heparin) is mainly used as anticoagulant in blood collection tubes.It can neither be injected nor used as a medicinal grade. Its potency is relatively high, generally between 150IU-180IU. Of course, a higher potency can be customized. But the higher the potency, the more expensive the price. If you have purchasing requirements, please contact for details!

Luminol, a solution commonly used in crime scene testing, can identify scrubbed or long-lived bloodstains that react with blood to produce a blue glow. Luminol is extremely sensitive and is very suitable for testing the presence or absence of bloodstains in the YES/NO dimension, but it cannot guarantee that it is human blood, and criminal investigation needs to use other means to further characterize it; according to its reaction principle, without considering the premise of interfering substances , the fluorescence intensity of the imprint is proportional to the amount of blood. Fluorescence intensity is not equal to the imaging result. Different exposure parameters and methods can collect different images, but generally you only need to fully expose the reaction results to easily identify the presence/absence, so the fluorescence results you generally see are mostly vague.It doesn't mean better developing means won't lead to better pictures. What is the detected principle of luminol reagent? Its principle is that it will be catalyzed by elements such as metal iron and copper after it’s fused with hydrogen peroxide solution.And the hemoglobin in our human body contains iron.The mixed solution glows blue even encountering very few blood. It has been found that although the DNA in the blood can be destroyed by strong oxidants such as potassium permanganate, the luminol reagent is different. The DNA still can be identified after being dealt with luminol. Hubei New Desheng Material Technology Co., Ltd. is a manufacturer specializing in the production of chemiluminescence reagents,luminol and isoluminol, as well as acridine ester series. You are welcome to consult.

The global population base continues to grow, and the incidence of chronic diseases and tumors continues to increase. For the diagnosis of diseases, there are usually online testing and in vitro testing. In vitro diagnosis is widely used due to the accuracy of detection and the better experience of patients. Commonly used additives for blood collection tubes: serum separating gel, heparin sodium, lithium heparin, dipotassium EDTA, tripotassium EDTA, coagulant, siliconizer, sodium citrate, potassium oxalate. When it comes to the classification of in vitro diagnostics, there are also different standards for the classification of in vitro diagnostics. In vitro diagnosis is based on different test principles or test methods. According to the technical level, the entire IVD market can be roughly divided into three technical levels: high, medium, and low. The low-end market is for manual or semi-automatic common enzyme-linked immunoassay products. The mid-range market can be divided into low-end (biochemical, blood testing, urine testing, etc.) and mid-to-high-end (chemiluminescence immune products, fluorescent quantitative PCR molecules). Diagnosis, etc.), and the high-end market mainly includes flow cytometry, high-quantity genetic equipment, and so on. In terms of development trends, the industry has a trend of continuous platform upgrades, and each technology platform upgrade is brought about by changes in market segment growth/share. For example, in recent years, the improvement of the immunology technology platform has brought about the replacement of ordinary enzyme immunity products by chemiluminescence immune products is a good example. According to the way of matching reagents, the in vitro diagnostic equipment is an open system and a closed system. The open system means that the diagnostic instrument can be used with multiple reagents, while the closed system means that the instruments and reagents of the same partner must be used together. From this perspective, chemiluminescence corresponds to gene chips and gene sequencing, which are closed, and other general types are open. According to the different testing environment and conditions, in vitro diagnosis includes laboratory diagnosis and bedside diagnosis. POCT refers to a way to use portable analytical instruments or supporting reagents to quickly detect results at the sampling site. It has been rapidly developed and applied with its advantages of "portability, ease of operation, and timeliness of results". Desheng Bio is mainly engaged in the research and development, sales and production of various biological diagnostic reagent-related products and raw and auxiliary materials. Its quality system has passed the German TUV demonstration and obtained CE and ISO13485 certificates. The company’s main products blood collection tube additives: serum separation gel, heparin sodium, lithium heparin, dipotassium EDTA, tripotassium EDTA, coagulant, siliconizer, sodium citrate, potassium oxalate reagents are widely used in medical diagnosis, quarantine, disease prevention In the fields of control and public health. The company has established long-term business contacts with companies in the European and African biodiagnostics industry, and has established long-term cooperative relationships with some domestic scientific research and academic research institutions.

Now why few manufacturers produce tris, is not unwilling, nor is it lack of equipment, not understanding the procedures, but the requirements of environmental protection, air pollution, solid waste pollution, emission pollution, etc., production There are many such problems in the process of tris. The living standards of modern people are getting higher and higher, and with the progress of the times, various resources are emerging in an endless stream. It can be said that basically all that can be enjoyed are enjoyed, but the environmental problems facing them are also more severe. In the past, the well water that could be directly drunk now needs to be filtered in many places; in the past, you can see the blue sky and white clouds when you look up, but now you can only see the thick white smoke in the distance. Under the premise that we cannot deny all of them, what we can do better is how to better restrain ourselves from causing some pollution to the environment when we produce various products. Desheng Biochemical is a company specializing in biochemical reagents. It has been 20 years since its establishment in 2005. The production of Tris The R&D team conducts small and pilot tests, and the pollution during the production process is relatively small. But at this time, the company’s boss has clearly stated that it is necessary to think of a solution as soon as possible how to reduce environmental pollution in future large-scale trial production. While being a company, we can also take into account the importance of the environment. This is not only responsible for the company, but also for the society and future generations. After the big test, Desheng constantly tried to use the smallest possible resources to obtain a greater yield. This is the use of resources, and it is also making a fuss on the emergence of wastewater to see if it can be recycled. Although every attempt is not necessarily successful, but dare to take into account the environment on the basis of cost growth, the tris-hydroxymethyl aminomethane produced by Desheng Biochemical has surpassed many manufacturers. Recently, there has been certain fluctuations in tris hydroxymethylaminomethane, and the domestic supply is in short supply. Desheng Biochemical has been working overtime to ensure the normal production of various cooperative units. Friends in need can communicate and order in advance!

Most of tests in clinical chemistry, immunoassays are need to detect serum. After blood collection, it will coagulate naturally. Under the action of coagulation factors, fibrinogen is decomposed into fibrin filaments, which tightly surround blood cells to form blood clots, and a part of serum is precipitated.However, if the blood collection volume is insufficient, the precipitated serum cannot satisfy detection needs. Therefore, the serum separation gel produced to quickly and fully separate blood clots and serum or separate plasma from cells. The operation is simple and practical. Today, the editor of Desheng will briefly explain the problems that may occur in the use of serum separation gel,and our suggestions for them. In practical operation, there will be various problems related to the separation glue, such as the generation of air bubbles in the blood collection tubes, and the phenomenon of separation glue drawn a wire when added into tubes. The reasons and solutions for these problems are analyzed below. In the process of adding glue by machine or manually, the separation gel may contact with the air when it is injected into the bottom of the blood collection tube, resulting in the generation of air bubbles. Or the vacuum of the mixer is not enough, which will cause air to enter and form bubbles. This bubble will not affect the properties of separation gel. When bubbles appear, Desheng recommends centrifuging for 2 hours after adding glue. In addition, when the separation gel is sterilized by cobalt 60 irradiation, the temperature of the separation gel in the test tube can reach 80 °C. When the irradiation dose is too large, a great amount of heat is not discharged in time, and bubbles will also be formed. Desheng Company recommends that the irradiation dose should be controlled at 15-25kgy. The temperature of the serum separating glue in the PET tubes should be controlled at 40-50 °C, and the glass tubes should be controlled below 80 °C. Serum separation gel is a viscous fluid, and its viscosity varies with temperature. When the ambient temperature is low, it will difficult to add glue, and cause wire drawn phenomenon. At that time,Desheng recommends heating the separating gel to around 60-70 ℃ by hot water to reduce the viscosity. Increase the suction speed or break the wire by vibration are also can solve the problem. After years of research and development, Hubei New Desheng Material Technology Co., Ltd. has obtained an independent patent for serum separation gel. Cooperate with our company,we can provide you with more professional advices about serum separation gel. If necessary, please send inquire.

Today, Wuhan New Desheng Material Technology Co., Ltd. will introduce some common questions about the application of lithium heparin in blood collection tubes. FAQ 1: What does it check for blood collection tubes with lithium heparin? The normal applications of blood collection tubes with lithium heparin is blood rheology tests, blood cell volume tests and blood gas tests (Pls note: lithium heparin we produced are raw materials,it cannot do blood gas analysis). It also can be used for the detection after hemodialysis and other specific items such as arterial blood gas analysis, detection of electrolytes, calcium ions, etc. FAQ 2: What is the grade of lithium heparin applied in blood collection tubes? Lithium heparin applied in blood collection tubes need biochemical grade, like the powder we produced by Desheng. And the potency per milligram is greater than or equal to 150IU. FAQ 3: Do the blood collection tubes added with lithium heparin need to be dried? The blood collection tube added with lithium heparin must be completely dried, because lithium heparin is a mucopolysaccharide substance, which can easily breed bacteria in the tubes. FAQ 4: What is the normal operation after lithium heparin anti-coagulation tubes collecting blood samples? Under normal circumstances, the tubes with green cap is lithium heparin anti-coagulation tubes. In order to ensure sufficient blood anti-coagulation, it must be gently inverted and mixed 5 to 8 times as soon as possible after blood collection, otherwise the blood will coagulate. Vigorous can cause hemolysis with blood cells rupture. FAQ 5: Can lithium heparin be used with other blood collection tube additives? Lithium heparin can be used with sodium fluoride for blood glucose testing, and with serum separation gel for electrolyte testing,which is to check whether the content of electrolytes in the body is normal, mainly including potassium, sodium, calcium, magnesium, iron, phosphorus, etc. The activities and metabolism of biological cells must be carried out in a liquid state. Under normal circumstances, the fluctuation range of body fluids and components is small, so as to keep the volume, electrolyte, osmotic pressure, and pH of body fluids relatively stable. The above are answers for common questions that most people confuse about the application of lithium heparin in blood collection tubes. Hubei New Desheng Material Technology Co., Ltd. is a manufacturer for a series of blood collection tube additives. We have rich experience in R&D.Please feel free to inquire if you have any requirements.

Hubei New Desheng Material Technology Co., Ltd. is a professional manufacturer of raw materials for biological buffer.The biological buffer produced by our company are stable with high purity.It can be used in common skin care products and cosmetics such as toner, essence, lotion, eye cream and face cream middle. Here are three buffers commonly used in cosmetic raw materials, 3(-hydroxymethyl)aminomethane (Tris), 4-hydroxyethylpiperazineethanesulfonic acid (HEPES),and bis(2-hydroxyethyl)idene Amino tris (hydroxymethyl) methane (Bis-Tris). TRIS base 3(-Hydroxymethyl)aminomethane (TRIS), also known as tromethamine, is a zwitterionic biological buffer. In the PH range of 7.2-9.0, TRIS has the best buffering ability, and can maintain the PH value of the solution for a period of time at 4.75-5.75 that is just suitable for human skin. Therefore, TRIS buffers are often used in emulsifiers, thickeners, moisturizers and other formulations to adjust and stabilize the acidity and alkalinity of products. Because TRIS buffers can reduce or suppress products’ odor, they can be used in the formulation of sunscreens, leave-in nail polishes, eye makeup and lotions. HEPES Like TRIS, 4-Hydroxyethylpiperazineethanesulfonic acid (HEPES) is also a zwitterionic buffer with a suitable pH range of 6.8-8.2. HEPES buffer is often used to adjust the PH value of cosmetic products, stabilize it in a weakly acidic state that is suitable for human skin.It does not affect the efficacy of other ingredients, and even promotes the transdermal absorption of its functional ingredients. The concentration of the buffer affects its buffering capability,a certain concentration of HEPES can be used in exfoliating products. Bis-Tris Bis (2-hydroxyethyl) imino tris (hydroxymethyl) methane (Bis-Tris) is a weakly acidic buffer containing trace ionized hydrogen ions. In raw materials of cosmetics, Bis-Tris can adjust the PH value of the product and keep it stable in a suitable acid state. Bis-tris buffer has excellent decontamination, dispersing, emulsifying, anti-static ability, and high ultraviolet absorption ability, so it is often used to replace maleic acid in some sunscreens. The TRIS base, HEPES and BIS-TRIS produced by our company are white crystalline powder with excellent properties.The purity can reach more than 99%. Professional R&D team can customize indicators according to your requirements, welcome to consult.

In today's rapidly advancing technological innovation, the biopharmaceutical and medical device industries, as important pillars of Healthy China, are flourishing at an unprecedented speed. As a leading global biotechnology and diagnostic product expo, China International Medical Equipment Fair (CACLP) not only gathers top medical technology companies from home and abroad, but also serves as a forefront for industry exchange, cooperation, and innovation. In 2025, the CACLP exhibition is about to kick off, and Hubei Xindesheng Material Technology Co., Ltd. (hereinafter referred to as "Xindesheng") will shine with its latest scientific research achievements and cutting-edge technologies, jointly painting a new chapter in medical technology. Innovation leads, scientific research empowers Since its establishment, Xindesheng has always adhered to the corporate philosophy of "innovation driven development, technology serving society", deeply rooted in the field of biomaterials and technology, and committed to the research and development of high-quality and high-performance medical diagnostic reagents and biomaterials products. The company has its own professional R&D team, which continuously breaks through technical barriers through continuous R&D investment and technological innovation, providing high-quality reagents for clinical testing, immunoassay and other technical fields. At the upcoming CACLP exhibition, Xindesheng will showcase its latest research achievements in molecular diagnosis, immune diagnosis and other fields, including high-sensitivity detection reagents. These innovative products not only improve diagnostic efficiency and accuracy, but also open up new paths for early detection of diseases. Quality first, service foremost Quality is the lifeline of an enterprise, and Xindesheng is well aware of this. The company has established a strict quality management system, from raw material procurement to production and processing, and then to finished product inspection, every link follows relevant standards to ensure the excellence and stability of product quality. At the same time, Xindesheng attaches great importance to customer service experience and has built a comprehensive and multi-level service network, including technical support, customized solutions, and rapid response mechanisms, aiming to provide customers with the most intimate and professional service experience. At the CACLP exhibition, Xindesheng will set up a dedicated consulting service area, inviting industry experts to answer customer questions on-site and jointly explore cooperation opportunities. Green production, sustainable development Faced with the challenges of global environmental protection and sustainable development, Xindesheng actively responds to the national call and integrates the concept of green development into every aspect of enterprise operation. The company adopts environmentally friendly materials, optimizes production processes, reduces energy consumption and waste emissions, and strives to achieve a win-win situation of economic and environmental benefits. During the CACLP exhibition, Xindesheng will showcase its achievements in green production, including environmentally friendly packaging materials, energy-saving production technologies, etc., aiming to convey the positive energy of green development to the industry and lead the industry towards a more environmentally friendly and sustainable direction. Looking to the future, win-win cooperation Looking ahead to the CACLP exhibition in 2025, Xindesheng not only looks forward to showcasing its innovative strength and technological achievements, but also hopes to establish broader cooperative relationships with domestic and foreign peers, research institutions, and medical institutions through this platform. The company firmly believes that through resource sharing and complementary advantages, we can jointly promote the innovative development of the biopharmaceutical and medical device industries, and contribute to the progress of global public health. New Desheng cordially invites friends from all walks of life to attend the exhibition site, seek common development plans, and create a brilliant future together. At the upcoming CACLP exhibition in 2025, Hubei Xindesheng Material Technology Co., Ltd. will welcome every visitor with innovative products, excellent quality, green concepts, and an open attitude. Let's look forward to the wonderful display of Xindesheng at this exhibition, witnessing the arrival of a new era in medical technology!