In today’s fast-paced dental clinics, every detail counts toward enhancing patient comfort and maintaining strict hygiene standards. A high-quality Dental Bib not only protects patients from spills and splashes but also reflects the professionalism of your practice. By selecting the right bib solution, you ensure that chairside procedures—from routine cleanings to complex restorations—proceed without interruption or concern over cross-contamination.

When sourcing supplies, understanding the variety of Dental Bib raw materials is key. Options range from soft, absorbent paper blends to polyethylene-coated fabrics that resist moisture and tears. Premium materials offer superior fluid control and gentle feel against the skin, reducing the risk of irritation during longer appointments. Partnering with experienced suppliers ensures consistent quality, so you never have to worry about variability in thickness or absorbency from one batch to the next.

Not all vendors deliver the same level of innovation and reliability. As a leading Dental Bib machine equipment manufacturer, we emphasize rigorous quality control, cutting-edge production techniques, and eco-friendly practices. Our modular dispensers are designed for easy loading and minimal maintenance, seamlessly fitting into any operatory setup. From compact wall-mounted units to freestanding carts, our solutions adapt to the space and workflow of modern dental teams.

At the heart of our offerings is the Dental Bib machine brand—renowned for its durable construction, whisper-quiet operation, and user-friendly design. Beyond product excellence, Telijie service distinguishes us in the marketplace: rapid installation, 24/7 technical support, and personalized training ensure your staff can fully leverage every feature. With Telijie’s commitment to exceptional service, your practice benefits from uninterrupted performance, reduced downtime, and the confidence that comes from partnering with a true industry leader.

As the demand for rapid, accurate, and cost-effective diagnostics grows, healthcare providers are increasingly turning to point-of-care testing (POCT) solutions. One essential test that stands out is C-reactive protein (CRP), a crucial biomarker for monitoring inflammation and infection. If your institution is evaluating POCT-CRP analyzers, this guide outlines how Poclight's innovative solution meets and exceeds clinical and operational expectations.

Seamless Integration and High Throughput

Poclight's POCT-CRP analyzer features seamless integration with laboratory information systems (LIS), using standard interfaces like HL7. This ensures automatic result delivery, eliminating manual entry. It supports high-volume and decentralized testing environments, making it ideal for busy laboratories.

Flexible Sample Compatibility and Minimal Volume Requirement

Flexibility is key in modern diagnostics. Poclight's analyzer accepts C-reactive protein (CRP) blood tests from various sample types: capillary blood (fingerstick), venous blood in EDTA or lithium heparin tubes, and plasma from both venous and capillary sources. Importantly, it requires only 5 µL of S/P/W blood per test, making it suitable for pediatric, elderly, or chronically ill patients who need preserved blood volume.

Reliable Results and Built-in Features

The analyzer delivers precise CRP results within a range of 0.5–320 mg/L, ensuring accurate assessments across diverse clinical conditions.

Long-Term Value and Extra Benefits

Investing in our POCT-CRP analyzer is a long-term decision. Poclight's kits come as single-use lyophilized reagents, no need cold chain. They can be kept at room temperature and have a shelf life of up to 18 months. This convenience not only simplifies logistics but also ensures that healthcare facilities, especially in remote areas, have easy access to essential testing solutions without the worry of refrigeration, and a dedicated support team for training and post-sale service.

Elevate Your CRP Testing Workflow

In a landscape where accuracy, speed, and system compatibility are paramount, our POCT-CRP solution stands out. It combines all these attributes in a compact and reliable device, only A4 size footprint, and the time to first result only 3min, making it the perfect choice for your laboratory needs.

In recent years, Chinese brand products have frequently appeared in top international competitions, with increasingly diverse and in-depth methods. The upcoming Paris Olympics will feature a large number of Chinese products, from sports equipment to Olympic licensed merchandise. Improvement of product quality and performance system. International top-level events are not only arenas for athletes from various countries, but also arenas for the quality and performance of products from different countries. China is deeply implementing the innovation driven development strategy, and the manufacturing industry has achieved significant results in new technologies, new materials, new processes, high-end equipment, etc., which has continuously improved the quality and performance of Chinese manufacturing products. The characteristics of high-end, intelligent, and green are more prominent, further enhancing its competitiveness in the global market, including international sports events. Made in China is renowned for its efficient manufacturing, complete supply chain system, and high-level infrastructure support, which is in line with the diversity, safety, timeliness, and economic requirements of international events for material supply. The complete industrial system ensures that "Made in China" can cover various products required for international events, from keychain souvenirs and table tennis to sports tables and tracks, from cultural and sports equipment, sports equipment to sports shoes and clothing. The presence of "Made in China" can be seen everywhere. The 2024 Paris Olympics in France is approaching; The 2024 FIVB Beach Volleyball U19 World Championship will also be held from August 27th to September 1st at the West Square of Qinling Museum; The 2024-2025 International Ski Federation snowboarding and freestyle skiing Grand Ski Jumping World Cup will be held from November 29 to December 1 this year at the Shougang Ski Jumping in Beijing. The sports economy and related sport products brought about by this series of events have continued to heat up.

Xiamen Huakang Orthopedic CO LTD is a professional manufacturer of orthopedic braces and supports in China. These large-scale sports events have also brought business opportunities to these factories, which are busy producing various sports protective equipment and rehabilitation orthopedic equipment.Its products have all kind of adult orthotic braces with FDA and CE-MDR certification , including toe straps, figure 8 brace ankle support, ankle walking boot , dorsal night splint, plantar fasciitis foot braces, knee brace, sarmiento brace,hip abduction, lower back brace spinal support, clavicle brace and posture support, neck cervical collar, shoulder brace arm sling, humeral brace, wrist splint thumb spica, elbow splint , finger brace etc. Also we produce Children knee brace, kids arm sling, kids walker brace, kids sprained wrist brace ,children cervical collar etc.It still supply disposable medical face mask,kn95 face mask, medical face shield, medical protective isolation gown, medical safety goggles etc.  If you want more information,please enter www.huakangortho.com.

Ankle sprains are very common, with mild cases of ligament elongation or partial tearing; Severe cases may result in complete fracture, ankle subluxation, or concurrent fracture and dislocation.

How to reduce or treat ankle sprains?Ankle protector is a lightweight orthotic or fixator for ankle protection. Ankle protectors are suitable for patients who frequently suffer from ankle sprains, ankle ligament injuries, and ankle instability. Ankle protectors can effectively provide cushioning for the ankle during exercise, limiting left and right ankle movement and preventing sprains caused by ankle inversion. Ankle supports braces can also reduce pressure on the injured area of the ankle joint, strengthen the ankle joint, and promote the recovery of soft tissue injuries. Moreover, this type of  Ankle supports braces can also be used in conjunction with regular shoes and will not affect walking gait. There are various types of ankle guards on the market, such as elastic ankle guards, strap ankle guards, splint ankle guards, AFO， Ankle fixed boots, etc. It is necessary to use ankle guards or Ankle supports braces during exercise. The principle of protection is to apply pressure to the relevant parts and improve the weight-bearing capacity of the ankle ligaments.

Xiamen Huakang Orthopedic Co. Ltd specializes in the R&D, production and sale of orthopedic braces. Our products range includes ankle brace, walker brace，knee brace, back brace, shoulder brace, neck brace, elbow brace, wrist brace, finger brace and others for all parts of body. More info about our factory and products ,you can read from our website https://www.huakangortho.com/www.huakangortho.com or https://www.huakangortho.com/www.orthotic-braces.com.

Back pain, as one of the common diseases.Waist protection belt can reduce the stress on the waist muscles, lumbar intervertebral discs, compressed nerve roots, and lumbar small joints, as well as the load-bearing load of the lumbar spine, increase spinal stability, limit waist movement, and better limit activities such as forward bending, backward extension, and lateral bending of the waist. Waist circumference reduces stimulation to the lower back muscles, wear and tear between small joints, further compression of intervertebral discs, and further stimulation of compressed nerve roots by restricting spinal movement, thereby achieving the effect of reducing lower back pain. Patients with acute injuries such as lumbar vertebrae fractures, acute lumbar sprains, lumbar muscle strain, lumbar fasciitis, lumbar disc herniation, lumbar spondylolisthesis, and patients who require early rehabilitation exercise after lumbar surgery can all use waist protection belts.

Lumbar waist belt is an object that supports the waist and can help reduce the load on the waist, thereby helping to alleviate lower back pain. The correct method to use a lumbar belt protector is to first place the belt protector at the waist, ensuring that the waist is in a moderate position, and then adjust the belt protector to a comfortable tightness, ensuring that the belt protector pulls up on the waist, but does not excessively strain the waist. The lumbar belt protector can not only be used to treat lower back pain, but also to prevent lower back injuries in daily activities. It can provide lumbar support, help the waist better withstand loads, and avoid waist injuries.For patients with lumbar disc herniation, waist belts with certain supporting functions, such as medical belts, functional belts, sports belts, lumbar supports, etc., can be used, but they can only play an auxiliary relief role to a certain extent and cannot have a therapeutic effect.

1. Medical waist belt: Medical waist belts are mainly made of polymer materials, which have strong support and can strengthen the stability behind the lumbar intervertebral disc to a certain extent, reduce the pressure behind the lumbar intervertebral disc to a certain extent, and thus reduce the possibility of protrusion. At the same time, medical waist belts can to some extent limit the movement of the lumbar spine and avoid worsening of lumbar disc herniation;

2. Functional waist belt: The functional waist belt mainly serves to fix the lumbar spine, which can to some extent limit excessive forward flexion and backward extension of the lumbar spine, thereby slowing down the protrusion of the lumbar intervertebral disc. But it can only play an auxiliary role to a certain extent and cannot have a therapeutic effect;

3. Sports belt: It can effectively fix the lumbar spine, reduce excessive forward bending and backward extension of the lumbar spine, avoid increased pressure before and after the lumbar disc, and limit the pressure behind the lumbar disc, thereby reducing the possibility of lumbar disc herniation. Therefore, sports belt can be used for lumbar spine movement, but it should be noted that when using sports belt, it should be used under the guidance of a doctor to prevent improper exercise from worsening the condition;

4. Lumbar support: Wearing a lumbar support can provide corresponding support for the lumbar spine, limit the forward bending and backward extension of the lumbar spine, and thus reduce the pressure on the lumbar intervertebral disc, which is relatively beneficial for lumbar disc herniation.

For patients with lumbar disc herniation, if they want to use a waist belt, it is recommended to follow the guidance of a doctor and not use it blindly. When wearing a waist belt, they should pay attention to the tightness and not be too tight or too loose. If the patient has severe lumbar disc herniation and obvious pain, it is recommended to seek medical attention in a timely manner to avoid worsening of the condition.

Xiamen Huakang Orthopedic CO LTD is a professional manufacturer of orthopedic braces and supports in China . Our products have all kind of adult orthotic braces with FDA and CE-MDR certification , including toe straps, figure 8 brace ankle support, ankle walking boot , dorsal night splint, plantar fasciitis foot braces, knee brace, sarmiento brace,hip abduction, lower back brace spinal support, clavicle brace and posture support, neck cervical collar, shoulder brace arm sling, humeral brace, wrist splint thumb spica, elbow splint , finger brace etc. Also we produce Children knee brace, kids arm sling, kids walker brace, kids sprained wrist brace ,children cervical collar etc. We still supply disposable medical face mask,kn95 face mask, medical face shield, medical protective isolation gown, medical safety goggles etc.  If you want more information,please enter www.huakangortho.com.

In modern clinical surgery, advancements in tissue dissection and hemostatic technologies are key to improving safety and efficiency. The application of large vessel sealing systems, combined with dedicated surgical instruments, has significantly enhanced procedural outcomes and represents a major technological breakthrough in the field.

Large vessel sealing systems use real-time feedback and intelligent energy platforms to deliver high-frequency current with consistent pressure at the jaws. This causes collagen and elastin in vessel walls to denature and fuse, forming a clear, permanent seal. The system can seal vessels up to 7mm in diameter, requires minimal dissection, offers fast activation, produces no surgical smoke, and minimizes thermal spread to surrounding tissues.

Due to high technical barriers, few companies have achieved true innovation in this domain. ShouLiang-med’s SL100M large vessel sealing system is a leading example. Equipped with proprietary tissue-sensing technology, it continuously monitors tissue impedance to precisely adjust energy output, ensuring safe, efficient, and complete sealing of vessels under 7mm.

Relevant literature indicates that Wu Zeyu et al.^[1] applied large vessel sealing system in radical gastrectomy and found that major gastric vessels, including the left gastric artery and gastroduodenal artery, could be transected using the sealing system without suture ligation. Wu Baoqiang et al.^[2] found that large vessel sealing system applied in surgery for benign thyroid diseases could simplify the surgical procedure, reduce operative time, and decrease intraoperative blood loss. A systematic review was performed on seven randomized controlled trials by Janssen et al.^[3], its results show that large vessel sealing system is more effective than other electrosurgical or ultrasonic devices in reducing intraoperative bleeding and shortening operative time.

In conventional partial small intestine resection, mesenteric vessels must be dissected and ligated. The mesentery contains a dense vessel network with numerous delicate branches that are prone to bleeding. Both ends of the intestine must be clamped before transection. Directly transecting mesentery with large vessel sealing system avoids repeated dissection and ligation of vessels, simplifying the surgical procedure. Furthermore, using large vessel sealing system to directly transect the intestine prevents intestinal leakage, which helps to shorten the operative time.

In conclusion, using large vessel sealing system in partial small intestine resection could simplify the procedure, shorten operative time, and reduce bleeding.

References：

［1］Wu Zeyu, Yao Yuan, Wan Jin, et al. Application of LigasureTM vessel sealing system in radical D2 surgery for gastric cancer[J]. Chinese Journal of Gastrointestinal Surgery,2008,11 ( 2 ) :184 － 185.

［2］Wu Baoqiang, Chen Weibo, Jiang Yong, et al. Application of LigaSure vessel sealing system in surgery for benign thyroid diseases [J]. Chinese Journal of General Surgery, 2016, 25 ( 11) :1585 － 1589.

［3］ JANSSEN P F，BＲLMANN H A，HUIＲNE J A． Effectiveness of electrothermal bipolar vessel － sealing devices versus other electrothermal and ultrasonic devices for abdominal surgical hemostasis: a systematic review［J］． Surg Endosc，2012，26( 10) : 2892 － 2901．

In today’s dental industry, patient comfort and hygiene are non-negotiable. One of the simplest yet most essential tools in maintaining a clean and safe environment is the dental bib. Behind every effective bib is the careful selection of Dental Bib raw materials, which determine not only its strength but also its ability to resist fluids and provide maximum protection during procedures.

Modern dental bibs are often made using advanced Dental Bib composite membrane technology. These membranes combine multiple layers, including absorbent tissue and a waterproof backing, ensuring that fluids do not penetrate through to the patient’s clothing. This composite structure balances comfort with functionality, offering a soft surface for patients and a reliable barrier for dental professionals.

One of the most critical components in this manufacturing process is the Waterproof Dental Bib Raw Material. High-quality waterproof layers not only prevent fluid leakage but also enhance durability, ensuring the bib remains intact during extended procedures. Choosing materials with strong waterproof capabilities reduces waste and contributes to a more efficient clinic workflow.

When selecting a supplier, dental product manufacturers should look beyond just the physical properties of the raw materials. The consistency of quality, customization options, and logistical support all play a role in creating a seamless production experience. That’s where Telijie stands out in the dental supply chain.

As a trusted brand in Dental Bib raw materials, Telijie offers not only top-tier composite membranes and waterproof layers but also unmatched customer service. With fast response times, tailored material specifications, and comprehensive after-sales support, Telijie helps partners bring superior dental products to market efficiently and confidently. When reliability and quality matter, Telijie is the name professionals trust.

Gastrointestinal (GI) polyps are a common type of digestive disease in clinical practice. They are abnormal growths in the digestive tract often triggered by inflammatory stimuli and carry a risk of becoming cancerous. In recent years, changes in lifestyle and dietary habits have led to a steady increase in the incidence of this condition. Early-stage GI polyps typically present no obvious symptoms, though patients may experience abdominal discomfort or changes in bowel habits.

As the disease progresses, symptoms such as rectal bleeding and vomiting may occur, reducing quality of life and increasing the risk of malignancy, thereby posing a threat to life. Currently, the primary clinical treatment involves endoscopic removal using a high-frequency electrosurgical unit (HFU), which allows for complete resection of the lesion and helps control disease progression.

Compared to open surgery, gastrointestinal endoscopy is much less invasive. However, standard endoscopy may still cause discomfort such as nausea and vomiting, which increases patient anxiety and may hinder the procedure.

The development of painless GI endoscopy—where anesthetics are administered before the procedure—has significantly reduced patient discomfort and postoperative pain. In their article "Clinical Observation on the Treatment of GI Polyps with High-Frequency Electrosurgical Unit under Painless Endoscopy", published in Modern Diagnosis and Treatment, researchers Chen Minggui and Wu Shunü studied 80 patients with GI polyps. Their findings showed that HFU treatment not only effectively resects lesions and controls bleeding but is also adaptable, easy to introduce into the body, and allows for detailed observation of the affected area. As such, it has become a widely used and effective method in clinical practice.

The emergence of gastrointestinal endoscopy technology has greatly improved the direct observation of lesions. Compared with traditional examination methods, it allows for more accurate identification of the location, extent, and number of lesions. However, conventional endoscopic interventions may cause discomfort during swallowing, increase procedural difficulty, and risk mucosal injury or bleeding.

Painless gastrointestinal endoscopy-assisted surgical treatment reduces the use of anesthetics, slows down gastrointestinal motility, and facilitates a cleaner incision. Under anesthesia, muscle tissues relax, which helps minimize surgical stress responses and lowers the risk of postoperative complications. This approach effectively removes diseased tissue and improves the patient’s quality of life.

In summary, for patients with gastrointestinal polyps, painless high-frequency electrosurgical treatment under endoscopy has proven to be effective, enhances quality of life, and is worthy of clinical adoption.

ShouLiang-med is currently committed to providing a wide range of high-quality high-frequency surgical devices for clinical use. Among them, the SEH80 series is recognized by the medical community for its stable energy output, comprehensive patient protection systems, strong instrument compatibility, and versatile mono- and bipolar functions. Looking ahead, the company is dedicated to offering safer and more efficient medical equipment to patients and healthcare providers worldwide.

In the realm of medical technology, precision is paramount, especially when it comes to imaging systems such as Magnetic Resonance Imaging (MRI), Computed Tomography (CT), and Ultrasound. These devices are crucial for diagnosing and monitoring a variety of medical conditions, and their ability to provide accurate, high-resolution images relies on highly precise timing systems. The heart of these timing systems lies in crystal oscillators—components that generate a stable frequency signal for the equipment to synchronize operations.

The Role of Crystal Oscillators in Medical Imaging Equipment

Medical imaging devices such as MRI, CT, and ultrasound machines require precise timing to ensure the accuracy of image data. These imaging systems rely on oscillators to control the timing of various operations—such as signal processing, data acquisition, and image reconstruction. For these devices to function effectively, the frequency signals generated by the oscillators must be stable and accurate.

In MRI machines, for example, crystal oscillators help control the timing of the magnetic pulses that interact with the body’s hydrogen atoms. The accurate timing of these pulses is essential for obtaining detailed and clear images. Similarly, in CT scans, oscillators synchronize the timing of X-ray emissions and detector scans, while in ultrasound, they regulate the timing of sound waves to create clear images of internal organs and tissues. In all of these scenarios, the stability of the oscillator frequency directly impacts the resolution and clarity of the final image.

The Importance of Clock Accuracy in Medical Imaging

The clock accuracy of medical imaging equipment is crucial because even the slightest timing error can lead to distortions in the images, which can, in turn, affect diagnosis accuracy. For example, in MRI, any slight misalignment in the pulse timing can lead to blurry images or incomplete data, which could lead to misdiagnoses. In CT and ultrasound, inaccurate timing can distort the scanned data, reducing the overall quality of the image.

To ensure the high-quality images required for accurate diagnosis, the clock frequency used in these imaging systems needs to be highly stable. This is where crystal oscillators play a vital role. A crystal oscillator is capable of maintaining a consistent output frequency for extended periods, with very minimal variation. This level of precision is necessary to guarantee that medical imaging equipment functions optimally and provides the best possible diagnostic images.

Enhancing Image Resolution and Stability with Low Phase Noise and Temperature Compensation

To further improve the performance of oscillators in medical imaging, technologies such as low phase noise and temperature compensation (e.g., TCXO) are integrated into the design. Low phase noise reduces unwanted fluctuations in the frequency signal, which in turn minimizes signal distortion. This is especially important in high-resolution imaging systems where even small amounts of noise can cause blurring and loss of detail. By incorporating low phase noise, medical imaging systems can achieve clearer and more accurate images.

Additionally, temperature fluctuations in the environment can affect the stability of oscillators. Since medical equipment often operates in various environments with fluctuating temperatures, it’s crucial to use oscillators that are designed to compensate for these temperature changes. Temperature-compensated crystal oscillators (TCXOs) are specifically designed to mitigate the impact of temperature variations on the oscillator’s frequency stability. This makes them ideal for use in medical imaging systems, where consistent performance is necessary to maintain the accuracy of the image and ensure the system operates reliably.

The W16 Crystal Oscillator: A Solution for Medical Imaging

The W16 crystal oscillator is an excellent example of a component designed to meet the stringent requirements of medical imaging systems. The W16 offers exceptional frequency stability, ensuring that medical imaging equipment can maintain accurate timing over extended periods. Its low phase noise characteristics further enhance the stability of the frequency signal, contributing to clearer and more detailed imaging results. Moreover, the compact size of the W16 makes it ideal for integration into various medical devices, and its wide operating temperature range ensures reliable performance in diverse environments.

Whether used in MRI, CT, or ultrasound equipment, the W16 crystal oscillator delivers the performance required for precise and stable medical imaging. Its ability to withstand temperature fluctuations while maintaining superior accuracy makes it an invaluable component in the development of high-performance medical devices.

In summary, oscillators play a critical role in the performance of medical imaging equipment. The accuracy of the clock frequency in MRI, CT, and ultrasound machines is vital for generating clear, detailed, and reliable images. Technologies such as low phase noise and temperature compensation are essential for enhancing the stability and resolution of these systems. By utilizing advanced oscillators like the W16, manufacturers can ensure their medical equipment performs at the highest level, ultimately contributing to better diagnostic outcomes and improved patient care.

For medical imaging systems to operate efficiently, the reliability and precision of the crystal oscillators they use are key. With their superior frequency stability and ability to perform in challenging environments, oscillators like the W16 provide the foundation for high-quality imaging and accurate diagnostics.