Target customer:
Main end users: big farmers and veterinary . (e.g. ranchers who raise more than 1,000 cattle) .
Application:
RKU 10 can be widely used in normal ultrasound diagnosis like abdomen and pregnancy.
Main marketoobig animals regnancy check and follicular aspiration (Bovine, equine, ovine, canine, feline, goat, swine and llama).
Feature:
1.1kg weigh. Smart and light.
High-capacity lithium Battery ,more than 6 hours work.
sunshine cover, suitable for use in outdoor strong sunshine.
Available for left/right hand alternative use, eliminating operate fatigue.
Multiple use method: hand-held, chest hanging, back hanging , waist hanging, ect.
Optional professional ultrasound goggle, convenient for outdoor use, meet different need.
Have soft rubber coat, splash-proof, dust-proof.
2 kinds filter function, 7 kinds compress curve, 100 frames image permanent storage, 256 frames cine loop, Automatically calculate the Back fat and Lean percentage of swine.
Standard configuration
Main unit: 1 pc
6.5MHz linear rectal probe : 1 pc
Power adapter: 1 pc
Internal lithium battery : 1 pc
Soft rubber coat: 1 pc
Sunshine cover : 1 unit (A,B,C three sections adjustable)
Black plastic suitcase : 1 pc
Base Charger, belt, probe socket spatula: 1 pc for each.
Variable focal trough adapts to patient’s jaw morphology – generating high-quality, true panoramic images
Best-in-class cephalometric image quality with reduced risk of motion blur
Ultra-high resolution, low-dose, focused-field CBCT images provide superior visualization of fine bony anatomy, such as radicular structures
12" high resolution LCD with slim shape 6.5kg only with enhanced mobility.
User-friendly probe and coupling gel holders .
One-key-push functions make imaging an easy job.
One key optimal imaging, one key snap shoot storage, one key.
Multiple data storage options.
Built-in battery enables you to work anywhere you need to go.
THI, TSI, Patented speckle reduction technologies increase image resolution and decrease the noises.
Equipped with high-resolution HDTV imaging capability to assure the best-possible image quality for endoscopy and laparoscopy. This enables enhanced observation of capillaries.
Compatible with EVIS 100/130/40 Series and EVIS EXERA 160 Series scopes as well as bronchoscopes and surgical endoscopes (EndoEYE, 1CCD/3CCD camera head, and VISERA videoscopes).
Narrow band imaging (NBI) to enhance the visibility of fine capillaries and the mucosal tissues.
2 types of structure enhancement are available — the original Type A for observation of larger mucosal tissues with high contrast, and the new Type B for observation of smaller tissues, such as capillaries.
Electronic magnification enlarges moving or still images by 1.2x or 1.5x with no loss of quality.
Convenient recording of both still and moving images on xD cards or digital video cassettes using remote control switches. HD/SD SDI output for deterioration-free images.
Automatic iris eliminates the need for switching between peak and average required in conventional manual adjustment.
Equipped with specially coated filters for NBI.
Automatically switches off when the unit has not been used for an extended period of time.
Automatically adjusts light intensity to achieve ideal illumination for observation of the gastrointestinal tract.
Powerful 300 watt xenon lamp.
Backlit front panel indicators and controls improve operability.
Superb Ultrasound Image Quality: The EU-ME1 is ideal for most EUS procedures and today’s most advanced endobronchial ultrasound procedures.
Procedural Flexibility: The EU-ME1 supports EUS-FNA, EBUS-TBNA, radial EUS and EBUS with miniature probes, peripheral bronchoscopy, and it provides imaging frequencies from 5-30 MHz.
Backward Compatibility: The EU-ME1 is compatible with most Olympus ultrasound endoscopes and miniature probes.
Rich Functionality in a Compact Size: With picture-in-picture functionality a separate monitor can display the endoscopic and/or ultrasound image, and the processor's small size allows it to be configured on the same endoscopy cart as the video endoscopy system.
Power Supply:
Voltage (Voltage Fluctuation): 100-120 V, 220-240 V AC (± 10%).
Frequency (Frequency Fluctuation): 50/60 Hz (± 1 Hz).
Consumption Electric Power: 300 VA.
Size:
Dimensions–Main Unit: 370 mm (W) x 176 mm (H) x 480 mm (D) [430 x 185 x 500 maximum].
Dimensions–Keyboard: 393 mm (W) x 41 mm (H) x 205 mm (D).
Weight–Main Unit: 23.0 kg.
Weight–Keyboard: 2.7 kg.
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Features and Benefits
Made with ergonomic and efficient operation design.
12" high resolution LCD with slim shape 6.5kg only with enhanced mobility.
User-friendly probe and coupling gel holders .
One-key-push functions make imaging an easy job.
One key optimal imaging, one key snap shoot storage, one key.
Multiple data storage options.
Built-in battery enables you to work anywhere you need to go.
THI, TSI, Patented speckle reduction technologies increase image resolution and decrease the noises.
Materials Included
12 ”High resolution LCD Screen
Patient Information Management System
Built in Hard Disk
Tissue Harmonic Imaging
Tissue Specific Imaging
HignDensity Probes
Needle guided Biopsy
365-frame CINE loop
Four USB ports
Mini Ultrasound Machine
Mini ultrasound machine is a compact and portable ultrasound device designed for various medical applications. Mini ultrasound machine is 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
Accelerating Treatment Decisions
The Mini ultrasound machine allows you to make quick diagnostic decisions and helps triage patients quickly.
Portable Ultrasound Machine for Sale
Telemedicine has developed by leaps and bounds in recent years. Portable ultrasound machine 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 portable ultrasound machine a good investment for your doctor's office? In most cases, a handheld ultrasound machine is a valuable asset to any practice.
Portable ultrasound machine 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.
Portable Vascular Ultrasound
Chison portable vascular ultrasound includes portable ultrasound equipment for a variety of cardiac ultrasound applications. In addition to blood flow velocity, our machines can also image aortic coagulation arteries and carotid vessels.
Our portable vascular ultrasound is well suited for arterial accesses that do not have a line like PICC lines and midline catheters. We offer the most efficient portable vascular imaging ultrasound equipment with superior image quality.
We offer a wide range of ultrasound solutions for mobile applications and professional services to meet all their needs.
Advanced portable vascular ultrasound is used by top hospitals, clinical and educational institutions or experienced and distinguished physicians who can afford the best performance and features regardless of cost. Vascular surgeons, radiologists, cardiovascular specialists and general practitioners who need to image blood flow, flow obstruction, vascular structures and guide them during vascular procedures will use Doppler, blow-by-flow imaging, ICE, IMT and other popular vascular features to diagnose and guide treatment.
The main difference in portable vascular ultrasound is whether the unit will be focused on cardiovascular or whether it will be a true shared service environment that must excel in many applications beyond vascular. All premium portable vascular ultrasound will have amazing 2D image quality (deep penetration, detailed resolution and sensitivity), all of which will help diagnose even difficult patients and complex clinical cases.
An ultrasound machine for therapy, often referred to as a therapeutic ultrasound machine, is a medical device used to deliver ultrasound therapy for therapeutic purposes. Unlike diagnostic ultrasound machines used to visualize internal structures, therapeutic ultrasound machines are designed to produce high-frequency sound waves that penetrate the body's tissues to provide various therapeutic benefits.
Key aspects of therapeutic ultrasound machines:
Ultrasound Waves: These machines produce high-frequency sound waves (typically in the range of 1 to 3 megahertz) that are beyond the range of human hearing. These waves are delivered to the patient's body through a transducer or applicator.
Energy Absorption: When ultrasound waves pass through the body, they are absorbed by tissues. This absorption generates heat and mechanical vibrations within the tissues, leading to therapeutic effects.
Therapeutic Effects: Therapeutic ultrasound can provide several benefits, including:
Pain Relief: The heat generated by ultrasound waves can help relax muscles and alleviate pain and muscle spasms.
Tissue Healing: Ultrasound therapy increases blood flow to the treated area, which can expedite the healing process by delivering more nutrients and oxygen to injured tissues.
Reduction of Inflammation: Ultrasound therapy has anti-inflammatory effects, making it useful for conditions characterized by inflammation.
Soft Tissue Mobilization: It can promote the breakdown of scar tissue and improve tissue flexibility.
Frequency and Intensity Control: Therapists can adjust the frequency and intensity of ultrasound waves to customize the treatment for the patient's specific needs and the condition being treated.
Treatment Duration: A typical ultrasound therapy session may last from 5 to 10 minutes, depending on the treatment plan and the patient's condition. Multiple sessions over several weeks may be recommended.
Coupling Gel: To ensure efficient transmission of ultrasound waves and prevent air gaps between the transducer and the skin, a coupling gel is usually applied to the skin before treatment.
Applicator Types: Therapeutic ultrasound machines can come with different types of applicators, including handheld units, larger transducers for broader coverage, and specialized applicators for specific body parts.
Sheep Ultrasound Machine
A sheep ultrasound machine, also known as an ovine ultrasound machine or veterinary ultrasound machine, is a specialized medical imaging device used for diagnosing and monitoring the reproductive health and pregnancy status of sheep. It enables veterinarians and livestock professionals to visualize and assess the internal structures and organs of sheep.
Ultrasound For Knee Pain
An ultrasound machine can be utilized in the evaluation and management of knee pain.
Ultrasound can be used to visualize superficial soft tissue structures around the knee joint. A major advantage of ultrasound over other imaging modalities is its dynamic use. It is very helpful to observe joint surface motion and correlate ultrasound findings with patient symptoms. Keep in mind that ultrasound cannot see deep into the bone, so ultrasound is not the imaging modality of choice for any intra-articular lesion. As always, it is important to use ultrasound as part of the clinical examination in conjunction with other imaging modalities and the capabilities they provide.
Common structures around the knee include
Patella and quadriceps tendons
Multiple knee bursae
Muscle and tendon structures in the front and back of the joint
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
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
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.
943 Ultrasound Systems Suppliers
Short on time? Let Ultrasound Systems sellers contact you.
