Mainly Application : swine , sheep , bovine , equine , camel , alpaca , dog , cat , rabbit and etc . Description: This equipment is convex linear ultrasound scanning diagnostic system with high resolution. It applies micro-computer control and digital scan converter (DSC), digital beam-forming(DBF), real time dynamic aperture (RDA), real time dynamic receiving apodization, real time dynamic receiving focusing(DRF), digital frequency scan (DFS), 8 segments digital TGC, frame correlation technologies to endue its image with clarity, stability and high resolution. Features: Image smoothing, filtering, edge enhancement, frame correlation, linear interpolation and other processing, the image is crisp and clear, high resolution. Measured for distance, perimeter, area, obstetric and etc. Individually adjustable near field, far field gain (5 stage adjustable). Single-B display, continuous real-time status in the field of vision to move the function. With display playback, gamma correction, histogram and other image processing functions. With built-in memory, and has an external USB interface, the built-in memory data transfer to PC. Light weight and convenient.
Special designed image halo filtering tech ensure clearer image; Easy edit and maintenance of diagnostic words, easy operation; Storage of normal clinical images for easy diagnostic contrast; Support video-out of diagnostic report and true color image; Super-large memory, max. 1 million cases can be stored; Convenient check of cases and statistics
OB Gyn Ultrasound Machine Obstetrics and gynaecology (OB/GYN) ultrasound machines are an essential diagnostic tool, and new models are increasing in accuracy and diagnostic capacity every year, providing more data and clearer images for prospective parents. The number of manufacturers offering this equipment has also increased, with hundreds of ultrasound machines on the market. Deciding which offer the best value and performance can be difficult. At Chison, we can help you determine which OB/GYN ultrasoundis best suited for a women's health exam. Women's health ultrasound machines typically use 2D (and sometimes 3D/4D imaging) to evaluate internal structures specific to women in order to diagnose and guide treatment. Typically, a 2D convex probe is used for abdominal scans and a 2D transvaginal probe is used to obtain better images of the reproductive system. Linear ultrasound can provide imaging for breast, musculoskeletal or vascular purposes.
Ultrasound Machine For Nerve Blocks Don't waste time looking for a bulky ultrasound system to perform pectoral nerve blocks, supraclavicular nerve blocks or intra-articular injections. For 70% of regional anaesthetic procedures, the speed and high-definition images of the Chison ultrasound get you in and out of the operating room faster. No more guessing where the needle is or wasting medication. No more wires contaminating your sterile prep area. No more bulky systems slowing you down. We provide excellent instant imaging to help you perform anaesthetic procedures with confidence and ease. Upper/Lower Extremity Nerve Blocks For regional nerve blocks, clear ultrasound imaging is essential for visualisation of structures around the target area and reliable needle guidance. Spinal Nerve Blocks To confidently perform epidural anaesthesia and other spinal nerve blocks, ultrasound allows for needle visualisation throughout the procedure. Vascular Access Ultrasound improves the accuracy and safety of catheter placement and all types of vascular access, helping to guide the needle without repeated placement attempts.
Pig Ultrasound Machine When dealing with livestock, you need a portable and reliable ultrasound machine. Pet owners can bring their dogs or cats to the veterinary clinic, but livestock veterinarians must also make house calls to local farms and ranches. Areas of application The pig ultrasound machine designed to examine the abdominal organs of a wide range of animals, including bovine, equine, dog, cat, sheep, pig and other species. Performance Ideal for one-handed use in outdoor environments such as farms. The user-friendly design makes it a reliable tool for a variety of situations, ensuring efficient and accurate imaging while on the move. HD image playback function Image storage function Pre-existing optimised inspection parameters Display, high brightness, low power consumption Supports common functions such as large animal and small animal pregnancy tests
High Resolution Ultrasound Machine High definition ultrasound enables researchers to simultaneously acquire in vivo anatomical, functional, physiological and molecular data in real time, with resolutions down to 30 �µm. the systems are easy to use, non-invasive and fast - delivering extremely high throughput when needed. Designed with researchers in mind, they feature system preconfigurations and animal handling tools for rapid image acquisition, as well as a wide range of protocols, software and data management tools optimised for today's scientists. Learn more about our high definition ultrasound for preclinical and clinical use. Get the following information Blood flow, positioning and orientation Movement of tissues over time Presence of molecular biomarkers Anatomy and size of 2D, 3D and 4D regions Cardiac and vascular tensions
High Resolution Ultrasound Machine High definition ultrasound enables researchers to simultaneously acquire in vivo anatomical, functional, physiological and molecular data in real time, with resolutions down to 30 �µm. the systems are easy to use, non-invasive and fast - delivering extremely high throughput when needed. Designed with researchers in mind, they feature system preconfigurations and animal handling tools for rapid image acquisition, as well as a wide range of protocols, software and data management tools optimised for today's scientists. Learn more about our high definition ultrasound for preclinical and clinical use. Get the following information Blood flow, positioning and orientation Movement of tissues over time Presence of molecular biomarkers Anatomy and size of 2D, 3D and 4D regions Cardiac and vascular tensions
OB Ultrasound Machine An OB ultrasound machine is a medical imaging device that is used to create images of a developing fetus inside the womb of a pregnant woman. This type of fetal ultrasound machines is specifically designed to produce images of the fetus, the amniotic fluid, the placenta, and the mother's reproductive organs. Obstetric ultrasound machines work by emitting high-frequency sound waves into the body, which bounce back off the various structures inside the body to create images that can be viewed on a screen. These images can be used to monitor the growth and development of the fetus, detect any abnormalities, and assess the health of the mother's reproductive system. There are several different types of obstetric ultrasound machines, including 2D, 3D, and 4D ultrasound machines. 2D machines produce two-dimensional images, while 3D machines create three-dimensional images. 4D machines produce real-time 3D images that show the movement of the fetus. Fetal ultrasound machines is typically used during prenatal care to monitor the health of the fetus and the progress of the pregnancy. They can also be used to detect certain birth defects, such as spina bifida and heart defects. In some cases, obstetric ultrasound machines may also be used during labor to help guide medical interventions, such as the placement of a fetal monitor.
Portable Ultrasound Machine For Veterinary Animal A portable ultrasound machine for veterinary animals is a specialized medical device that is designed to provide real-time imaging of internal structures and organs of animals using ultrasound technology. These machines are designed to be lightweight, compact, and easy to transport, making them ideal for use in veterinary clinics, animal hospitals, and even in the field. Some key features to look for in a portable ultrasound machine for veterinary animals include: Image quality: The image quality of the veterinary portable ultrasound should be high enough to accurately diagnose the animal's condition. Look for a machine that has a high-resolution display and advanced image processing capabilities. Portability: The veterinary portable ultrasound should be lightweight and easy to transport, with a battery that can last for several hours. Durability: The veterinary portable ultrasound should be able to withstand the rigors of travel and frequent use, with a rugged design and durable components. Ease of use: The veterinary portable ultrasound should be easy to operate, with an intuitive interface and simple controls. Versatility: The veterinary portable ultrasound should be able to perform a wide range of diagnostic procedures, including abdominal scans, cardiac scans, and reproductive scans.
Mobile Ultrasound Unit Telemedicine has developed by leaps and bounds in recent years. Mobile ultrasound unit now make it easy for doctors to provide a high level of care and complete consultations in the patient's home, where previously they would have needed to travel to a hospital or medical facility. Is a mobile ultrasound unit a good investment for your doctor's office? In most cases, a handheld ultrasound machine is a valuable asset to any practice. Mobile ultrasound unit has quickly become the first choice for diagnostic imaging and triage. Moving your ultrasound machine quickly to the patient's bedside or taking it to the field can increase the efficiency of medical care and improve the experience for both physicians and patients.
Veterinary Ultrasound Machine Veterinary ultrasound machine has become an important part of the puzzle when it comes to managing furry patients. Benefits include "point-of-care, cageside, low-impact, fast, safe, radiation savings, no shaving and/or minimal patient restraint. With high-definition imaging and automated setup, the Chison veterinary ultrasound machine is the ultimate rapid imaging tool for small, medium and large animals. Optimal Imaging Driven by Artificial Intelligence Optimize comfort with live imaging without wires to spook the furry Chison Ultra-portable and affordable, it delivers the quality imaging and performance of traditional systems without complicated knobs and buttons. Improve animal care with clear anatomical and pathological visualization for more accurate diagnosis at the patient's first visit. Perform abdominal FAST exams to identify free fluid Perform measurements to characterize mass, sludge and free fluid Scan adrenal glands for hyperplasia, nodules and masses Scan lungs and pleural cavity for pathology of cardiac origin Evaluate the heart to determine if furosemide is needed Perform equine examination of superficial finger flexor tendons A veterinary ultrasound machine designed for the rigors of the field: The Extreme durability Superior image quality and resolution Fully waterproof model for quick and easy cleanup Screen and goggles, always with both Always available for service, support and rental machines Excellent features and functionality at an excellent value
MSK Ultrasound Machine We carry a powerful range of musculoskeletal imaging equipment. Our portable ultrasound technology helps clinicians make the most confident diagnoses by performing high-resolution MSK imaging of joints, tendons and muscles during movement. Our musculoskeletal (MSK) ultrasound imaging technology products provide images of muscle tissue, ligaments, nerves, tendons, hip, shoulder and knee joints. With superior image quality, MSK imaging can help identify and help treat a variety of musculoskeletal conditions in the body, such as inflammatory conditions that cause muscle pain in adults. Ultrasound is harmless and non-invasive. Our line of portable ultrasound machines offer practitioners excellent image quality with minimal training and preparation required. What is an MSK ultrasound machine? MSK ultrasound machine is a non-invasive imaging procedure used to assess a patient's health status. It has easy-to-use scanning equipment that creates images of body parts by using high-frequency sound waves. Ultrasound or sonography uses sensitive transducers that emit sound waves. These pass through the soft tissues of the body, and the sound waves are then analyzed by a computer to generate real-time imaging. MSK ultrasound machine tests do not use radiation or X-rays. When ultrasound captures real-time images, it can detect structural abnormalities in the body's musculoskeletal system. The superior imaging quality allows physicians to confidently make a quick and accurate diagnosis. Physicians widely recognize the many benefits our imaging solutions offer. Their portability and immediate care capabilities improve workflow and results.
Cardiology Ultrasound System Elevate your Cardiovascular practice with CHISON's advanced ultrasound solutions. Designed for precision and ease, our cardiology ultrasound system provide clear insights into cardiac structures and functions. CHISON's cardiology ultrasound systems offer comprehensive imaging capabilities, aiding in diagnosing heart conditions effectively. Tailored for cardiologists and heart specialists, our technology ensures seamless examinations and accurate evaluations, contributing to better patient care and outcomes.
Physical Therapist Ultrasound Machine Physical therapist ultrasound machine is commonly used in physical therapy to aid in the treatment of musculoskeletal conditions. Ultrasound therapy is a non-invasive treatment that utilizes sound waves to generate heat within the body's tissues, promoting healing and reducing pain and inflammation. Physical therapist ultrasound machine is particularly beneficial for physical therapists, as they allow for the treatment to be performed in the patient's home or office, rather than requiring them to come into a clinical setting. This can make therapy more convenient and accessible for patients, and may also help to reduce healthcare costs. Physical therapist ultrasound machine is one of the most common methods used by clinicians and uses high frequency acoustic vibrations to produce thermal (increased local blood flow, cellular metabolism, connective tissue malleability and pain relief) and non-thermal (tissue regeneration and wound healing - protein and collagen synthesis, cell membrane changes) effects on body tissues. Targeted sound waves can produce deep tissue heating for soft tissue malleability, injury repair and pain relief.
Portable Ultrasound Machine Veterinary Bedside ultrasound has become an important part of the puzzle when it comes to managing furry patients. Benefits include "point-of-care, cageside, low-impact, fast, safe, radiation savings, no shaving and/or minimal patient restraint. With high-definition imaging and automated setup, the Chison Portable Ultrasound Machine is the ultimate rapid imaging tool for small, medium and large animals. Optimal Imaging Driven by Artificial Intelligence Optimize comfort with live imaging without wires to spook the furry Chison Ultra-portable and affordable, it delivers the quality imaging and performance of traditional systems without complicated knobs and buttons. Improve animal care with clear anatomical and pathological visualization for more accurate diagnosis at the patient's first visit. Perform abdominal FAST exams to identify free fluid Perform measurements to characterize mass, sludge and free fluid Scan adrenal glands for hyperplasia, nodules and masses Scan lungs and pleural cavity for pathology of cardiac origin Evaluate the heart to determine if furosemide is needed Perform equine examination of superficial finger flexor tendons A portable ultrasound system designed for the rigors of the field: The Extreme durability Superior image quality and resolution Fully waterproof model for quick and easy cleanup Screen and goggles, always with both Always available for service, support and rental machines Excellent features and functionality at an excellent value
Point-of-Care CHISON's Point-of-Care ultrasound solutions redefine bedside imaging. Compact and versatile, our ultrasound machines cater to immediate diagnostic needs. With streamlined workflows and user-friendly interfaces, CHISON's POC solutions empower healthcare providers to make quick and accurate decisions at the patient's bedside. We are committed to developing ultrasound systems that are accessible to all to help simplify evaluation, quickly support clinical decision-making and precision treatment. CHISON improves efficiency and clinical quality through powerful portable ultrasound technology, providing advanced solutions at the point of ultrasound care. What is a portable POC ultrasound device? Point-of-care (POC) diagnostic imaging is convenient for clinicians. It enables visualization of the target area without the need to move the patient from room to room or to a different hospital to obtain images. Point-of-care ultrasound machines or portable ultrasound machines are non-invasive, so patients do not experience any discomfort. Most POCUS devices are suitable for a variety of applications and are powerful diagnostic tools
Women's Health CHISON takes Women's Health to new heights with dedicated ultrasound machines. Designed for gynecologists and obstetricians, our systems offer unparalleled clarity in imaging, supporting confident diagnoses. From prenatal care to gynecological examinations, CHISON's Women's Health ultrasound solutions provide superior image quality, enhancing the understanding of complex anatomies. Elevate patient care with our user-friendly and efficient technology. Ultrasound uses high-frequency sound waves to generate images of the reproductive health system. These images can help OB/GYNs detect and diagnose a wide range of conditions. In women's health, ultrasounds are often used to detect ovarian cysts, fibroids and tumors. In addition, they can help diagnose endometriosis, detect blocked fallopian tubes, and detect the presence of pelvic inflammatory disease. Ultrasounds can also be used to monitor the development and health of babies in the womb.
Radiology Experience Radiology excellence with CHISON ultrasound machines. Our high-performance devices deliver precision imaging and advanced features, catering to the demands of radiologists worldwide. From clear visualization of soft tissues to rapid scans, our machines optimize workflow, ensuring diagnostic accuracy. Explore our top-rated Radiology ultrasound solutions for superior patient care and meet your patients' needs with confidence. As the healthcare industry faces pressure to improve patient outcomes and reduce costs, clinicians are turning to ultrasound for more cost-effective, real-time, and patient-friendly imaging alternatives. CHISON offers innovative, leading-edge, easy-to-use ultrasound machines that enable you to deliver the highest quality of care now and in the future. Experience peace of mind and see better with CHISON ultrasound. Ultrasound Modalities Demonstrating our commitment to innovation, our ultrasound machine portfolio offers a full range of leading-edge and easy-to-use ultrasound machines that help healthcare providers deliver the highest quality of care. Discover how our ultrasound imaging solutions utilize tomorrow's technology to meet today's healthcare needs. From point-of-care ultrasound (POCUS) and general imaging to women's health and private practice, our ultrasound equipment meets the unique needs of a variety of healthcare settings. They are the result of a deep understanding of our customers' needs, delivering superior ultrasound image quality and providing a suite of Artificial Intelligence (AI) enhancements to provide clinicians with high-quality diagnostic ultrasound images. CHISON offers a comprehensive portfolio of ultrasound equipment that is easy to use, enhances your practice and enables clinicians to provide a higher standard of care in a timely manner. CHISON is committed to providing world-class solutions that meet the clinical and financial needs of all types of healthcare organizations. Through it all, we are steadfast in our commitment to providing better healthcare for all.
Mini Ultrasound Machine mini ultrasound machine is a compact and portable ultrasound device designed for various medical applications. These devices are smaller and more lightweight than traditional ultrasound machines, making them convenient for point-of-care use, bedside imaging, fieldwork, and scenarios where mobility is important. They are commonly used in clinics, emergency rooms, rural healthcare settings, and for home healthcare services. Some features and advantages Portability: Mini ultrasound machines are designed to be easily carried and transported. They are lightweight and often come with a handle or strap, making them suitable for mobile healthcare services. Point-of-Care: These devices enable medical professionals to perform ultrasound examinations directly at the patient's bedside or in the clinic, reducing the need to move patients to a separate imaging department. Ease of Use: Mini ultrasound machines often feature intuitive interfaces and user-friendly controls, making them accessible to a wider range of medical professionals. Rapid Imaging: Point-of-care ultrasound allows for immediate imaging, leading to quicker diagnoses and treatment decisions. Real-Time Imaging: Like larger ultrasound machines, mini ultrasound devices provide real-time imaging, enabling medical professionals to observe structures and changes in real time. Diverse Applications: Mini ultrasound machines can be used for a variety of applications, including obstetrics, cardiology, musculoskeletal imaging, abdominal imaging, and more. Wireless Connectivity: Some modern mini ultrasound machines come with wireless connectivity options, allowing images to be stored, shared, and transmitted to other devices for further analysis or consultation.
Goat Ultrasound Machine Goat ultrasound machines, also known as veterinary ultrasound machines, are used by veterinarians and livestock professionals to perform ultrasound imaging on goats and other animals. These machines allow for the visualization of internal structures and can be valuable for diagnosing pregnancies, assessing reproductive health, and detecting various medical conditions in goats. The functionality of a goat ultrasound machine is similar to that of human ultrasound machines, but they are designed to accommodate the anatomical differences of animals. These machines typically come with specific probes or transducers suitable for imaging the size and shape of goats. They may also offer different preset settings for various types of livestock examinations. Advantage Pregnancy Diagnosis: One of the primary uses of ultrasound in goats is to diagnose pregnancy. It allows veterinarians and breeders to accurately determine whether a goat is pregnant and estimate the stage of pregnancy. Reproductive Health: Ultrasound can help assess the reproductive health of female goats by visualizing the ovaries and uterus. This can be valuable for detecting conditions such as ovarian cysts, uterine infections, and other reproductive issues. Fetal Monitoring: For pregnant goats, ultrasound can be used to monitor the health and development of fetuses. This is particularly important in identifying any potential complications or abnormalities. Guidance for Breeding: Ultrasound can provide information on the size and condition of follicles in the ovaries, helping breeders time mating or artificial insemination procedures more accurately. Health Assessment: Ultrasound can assist in diagnosing various health conditions in goats, including identifying fluid buildup, cysts, tumors, and other abnormalities in organs such as the liver, kidneys, and bladder. Non-Invasive: Ultrasound is a non-invasive imaging technique that does not require anesthesia or surgery. This makes it a safer option for both the veterinarian and the animals. Real-Time Imaging: Ultrasound provides real-time imaging, allowing veterinarians to observe internal structures and changes as they happen. Field Use: Portable ultrasound machines are suitable for use in the field, which is especially important for livestock management in remote or rural areas. Minimizes Stress: Compared to some other diagnostic procedures, ultrasound is relatively less stressful for animals, making it a more humane option. Data Collection: Some ultrasound machines allow for the capture and storage of images, enabling veterinarians to track changes over time and compare images from different examinations.
