Canon Aplio 300 Ultrasound Year:02/2018 Software Version: AB_V7.00xR022 Probes: 9CV2 (4D), 6C1, 18L7 $18,000
LOGIQ e Expert Ultrasound MFG2012, BT12 Probe Configuration Convex 4C-RS Sector 3S-RS Linear 12L-RS $10,000
GE Logiq e portable Ultrasound Year: 01/2011 Software Version: R6.0.3c(BT_11) Basic, LOGIQView, Spatial Compounding, Probes: i12L-rs, 12L-rs $5,000
GE Voluson E8 Ultrasound Year: 09/2012 BT013 Software Version: 13.0.4.241 Available Probes: C15D, RAB6D, 9LD, ML615D $15,000
Hitachi Aperto Eterna 0.4 T MRI scanner Year: 2010 Software Versionâ?? V 2.1A 2019 updated Coils: Flexible Body ( M), Joint Coil ( L), Joint Coil ( M),QD Head,QD Knee All relevant software discs are with the unit
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.
Portable Utrasound Machine For Face Handheld ultrasound is the preferred choice of aesthetic practitioners to clearly visualize facial and superficial anatomy in real time to safely guide procedures such as cosmetic fillers and confidently treat complications. Avoid vascular complications and confirm filler placement by looking under the skin. Facial vascular mapping has been shown to improve the safety of hyaluronic acid filler treatments. Impress your patients with clear imaging of skin, muscle, blood vessels and fascia for safe, consistent results. Advantage Mapping and Injection Use high-definition ultrasound to visualize facial arteries in danger zones for safer injections. Ultrasound is popular in the field of aesthetics because it allows precise planning, complete vascular mapping of the face, skin and subcutaneous thickness, in addition to enabling procedures guided by filler substances. Evaluation of fillers Use UHF ultrasound to confirm and characterize existing facial fillers. From confirming the placement of new fillers to diagnosing existing problematic fillers, it is important to be able to confidently evaluate fillers by identifying their composition, location, and the health of adjacent tissues. Dissolving Fillers Use high-definition ultrasound to improve accuracy when dissolving problematic hyaluronic acid fillers. Effectively treating filler complications such as swelling and migration, as well as more severe vascular occlusions that can lead to skin necrosis or blindness, can be challenging without the right tools. When faced with complications, ultrasound guidance has been shown to improve injection accuracy and reduce the amount of hyaluronidase needed.
Here's how it can be beneficial: Diagnostic Aid: Ultrasound can help assess the knee joint by visualizing the soft tissues, including tendons, ligaments, muscles, and bursae. It can assist in identifying any structural abnormalities, such as tendon tears, ligament injuries, or fluid accumulation within the joint. Guided Injections: Ultrasound-guided injections can be administered directly into the knee joint or surrounding structures with greater accuracy. This technique ensures precise needle placement, increasing the effectiveness of therapeutic injections such as corticosteroids, hyaluronic acid, or platelet-rich plasma (PRP). Monitoring Therapy: For individuals undergoing rehabilitation or conservative treatment for knee pain, ultrasound can be used to monitor the progress. It allows healthcare professionals to visualize changes in the affected tissues, track healing, and assess the response to treatment over time. Dynamic Assessment: Ultrasound offers real-time imaging, which is particularly useful for assessing the knee joint during movement. It can help identify any biomechanical issues, tracking the alignment of tendons, and observing how they interact during different ranges of motion. Non-Invasive and Portable: Personal portable ultrasound machines can provide convenience for knee pain assessment. They are non-invasive, allowing for quick and easy scanning of the knee in various positions. Their portability enables evaluations in different settings, including clinics, rehabilitation facilities, or even at home.
Personal Portable Ultrasound Machine A personal portable ultrasound machine is a compact and mobile device that allows individuals to perform ultrasound scans at their convenience. It is designed to be user-friendly and accessible, providing a means for basic ultrasound imaging outside of a medical setting. Personal portable ultrasound machines utilize advanced technology to generate high-frequency sound waves and capture the returning echoes to create detailed images of the internal structures of the body. They often come with a handheld transducer probe that is placed directly on the skin, allowing users to scan various body parts such as the abdomen, heart, muscles, tendons, and joints. These devices are equipped with a display screen that allows real-time visualization of the scanned area. Some models also offer additional features like adjustable imaging settings, measurement tools, and image storage capabilities. The captured images can be saved for later analysis or shared with healthcare professionals for further examination.
Feature: â?¢ Convex+linear+phased array 3 in 1 Advanced digital imaging technology, clear image High cost-effective â?¢ Wireless connectivity, wireless charging, easy to operate â?¢ Small and light,easy to carry â?¢ Applicable in emergency, clinic, outdoor and vet inspection â?¢ Intelligent terminal platform, powerful expansion functions on application, storage, communication, printing Free software, no didden fees, and unlimited users Different APP for IOS/Android/Windows system APP with Chinese, English, Italy, Spain, Russian, German,Portuguese(Brazil) Specifications: Frequency: Convex/Phasedarray probe 3.2MHz/5MHz, Linear probe 7.5MHz/10.0MHz â?¢ Display Depth: Convex 90/160/220/305mm, Linear 20/40/60/80mm â?¢ Scan angle and width: convex 45�°, Phasedarray 80�°, linear 40mm Image Adjust: Gain, DYN, Focus, Depth, Harmonic, Denoise
TRANSDUCERS: - L38xi 10-5 MHz Linear Applications: lung, nerve, small parts, arterial, venous Scan depth: 9 cm - HFL38xi 13-6 MHz Linear Applications: breast, lung, musculoskeletal, nerve, ophthalmic, small parts, arterial, venous Scan depth: 6 cm - HFL50x 15-6 MHz Linear Applications: breast, musculoskeletal, nerve, small parts Scan depth: 6 cm - L25x 13-6 MHz Linear Applications: lung, musculoskeletal, nerve, superficial, arterial, venous, ophthalmic Scan depth: 6 cm - C11x 8-5 MHz Curved Applications: abdominal, neonatal, nerve, arterial, venous, cardiology (vet) Scan depth: 13.5 cm - rC60xi 5-2 MHz Curved Applications: abdominal, musculoskeletal, nerve, ob, gyn Scan depth: 30 cm - ICTx 8-5 MHz Curved Applications: ob, gyn Scan depth: 13 cm - rP19x 5-1 MHz Phased Applications: abdominal, cardiology, lung, ob, orbital, TCD Scan depth: 35 cm - P10x 8-4 MHz Phased Applications: ped. abdominal, ped. cardiology, neonatal head Scan depth: 14 cm - HSL25x 13-6 MHz Linear Applications: lung, musculoskeletal, nerve, superficial, arterial, venous, ophthalmic Scan depth: 6 cm - TEExi 8-3 MHz Multi Applications: adult cardiology, multiplane transesophageal 180 rotation of the imaging plane, providing a 360 field of view Scan depth: 18 cm - L52x (Vet) 10-5 MHz Linear Applications: musculoskeletal, ob, arterial Scan depth: 15 cm - C35x 8-3 MHz Curved Applications: abdominal, musculoskeletal, nerve, ob, spine Scan depth: 15 cm - C8x 8-5 MHz Curved Applications: prostate Scan depth: 11.5 cm - P11x 10-5 MHz Phased Applications: venous, vascular Scan depth: 12 cm
Specification Probe: 5.0Mhz Magnetic levitation probe Depth: 100-180mm Dead Zone:5mm Screen Display: show on Android device Display mode: B Scanning way: 80 degree sector sweep Size: 150,45,54 mm Weight: 660g Image gray scale: 256 level Battery capacity: 3200MAh Battery working time hours
Specifications: Display: mobile phone / ipad series Probe: CXA50R/3.5MHz convex Prober Scan depth: 140mm Resolution: Lateral: 3 (depth 80); 5 (80 depth 80); Axial: 1 (depth 80) Blind area: 6 (mm) â?£Geometric position: horizontal: â?¤7.5 (accuracy%); longitudinal 5 (accuracy%) £Screen display: mobile phone tablet display Display mode: B £Image grayscale: 256 levels £Image adjustment: gain, depth £Image storage: the actual size of the phone memory £Output interface: USB2.0 supports report output £Dimension:167mm*70mm*30mm Applicable objects: Diagnosis of pregnancy and pathological changes in pigs and sheep Features: High cost performance. Small and lightweight, easy to carry and operate. Compatible with all versions - IOS or Android Wi-Fi enabled devices such as smartphones, tablets and laptops. Advanced digital imaging technology, clear image, powerful image preprocessing function, image adjustment: gain, depth. Image and video storage: Pre-pregnancy records can be saved to understand the pre-pregnancy of all animals. 3.5 MHz electronic scanning probe, scanning depth 100-280mm. Simple and portable operation. The scanner is waterproof and very easy to disinfect and clean. This portable wireless design makes it easier to carry and operate indoors or outdoors. Built-in high-capacity lithium-ion battery, can work continuously for 3.5 hours. The combined power supply mode of the AC adapter and the built-in rechargeable lithium-ion battery, the power saving mode makes the battery run longer.
Fat Filled milk 1kg bag Whole milk powder / 1kg tricapa bag / 25kg bundle or bag Non fat dry milk 1kg/ 500g/ 240g/ 120g / 30g bags Encapsulated dairy and non dairy creamers Coffe cream 140g packets
Features: BENE-6Plus main unit 19'' medical monitor(1280*1024)+10.4'' touch monitor Intel i5 processor 2D, 3D, 4D color doppler Advanced imaging processoring technology Four active transducer connectors Large storage capacity more than 500G Measurement & calculation software package Data magagement system Specification: Monitor Specification 19'' medical monitor(1280*1024)+10.4'' touch monitor Intel i5 processor 4G RAM 120G SSD+500G HDD Weight/Dimension 119KG/97*69*141cm Imaging Modes 2D, 3D, 4D, Color/PW/CW/Power/Directional Color Power Doppler, Tissue Doppler, Color M-Mode, Free Steering (Anatomical) M-Mode Features Compound Imaging, Speckle Reduction Imaging, Tissue Harmonics Imaging, 4D, Automatic Image Optimization Image optimization, Multi-Beam, IMT, Trapezoidal imaging iBank database DICOM Modes Store, Print, Working list, Storage Commitment, Structured Reports Export Options DICOM, Ethernet, JPG/BMP/PNG,AVI, Network Storage, USB Memory Stick. USB DVD/CD+R(W) Input/Output VGA, 2 USB Ports, Ethernet, Dicom, Built-in speakers Transducer Types Convex, Cardiac, Linear,Micro Convex, 4D Volume and trans-vaginal probe Applications Abdominal, OB/GYN, Urology, Cardiac, Vascular, Small Parts, Pediatric, MSK Probe Ports 4 Active Cine Memory >10 seconds, 750frames
Features: BENE-6Plus main unit 19'' medical monitor(1280*1024)+10.4'' touch monitor Intel i5 processor 2D, 3D, 4D color doppler Advanced imaging processoring technology Four active transducer connectors Large storage capacity more than 500G Measurement & calculation software package Data magagement system Specification: Monitor Specification 19'' medical monitor(1280*1024)+10.4'' touch monitor Intel i5 processor 4G RAM 120G SSD+500G HDD Weight/Dimension 119KG/97*69*141cm Imaging Modes 2D, 3D, 4D, Color/PW/CW/Power/Directional Color Power Doppler, Tissue Doppler, Color M-Mode, Free Steering (Anatomical) M-Mode Features Compound Imaging, Speckle Reduction Imaging, Tissue Harmonics Imaging, 4D, Automatic Image Optimization, Image optimization, Multi-Beam, IMT, Trapezoidal imaging iBank database DICOM Modes Store, Print, Working list, Storage Commitment, Structured Reports Export Options DICOM, Ethernet, JPG/BMP/PNG,AVI, Network Storage, USB Memory Stick. USB DVD/CD+R(W) Input/Output VGA, 2 USB Ports, Ethernet, Dicom, Built-in speakers Transducer Types Convex,� Cardiac,� Linear,Micro Convex, 4D Volume and trans-vaginal probe Applications Abdominal, OB/GYN, Urology, Cardiac, Vascular, Small Parts, Pediatric, MSK Probe Ports 4 Active Cine Memory >10 seconds, 750frames
Features: 15 inch LCD displayer Built-in medical report Three transducer connector ports Printer output Work with batteries DICOM 3.0 optional Technical Specification B&W mode: B,M,2B,B/M,4B Gray: 256 Display: 15"LCD monitor Transducer Frequency: 2-11MHZ Digital Technology: Wide-angle imaging Panotamic focusing technology Rolling M technology Scanning Depth: 220mm Functions Cine-loop: 334 frame cine loop memory USB ports: 2 Zoom: Pan zoom THI: Tissue Harmonic Imaging Qopt: One-key Optimize DICOM: DICOM3.0 Print: Report print for text&graph&image
Specification Display Mode B&W mode: B. 2B, 4B, B/M Color doppler model: CFM, PD, PW Triplex: Real-time simultaneous 2D, Doppler&CFM Duplex: Real-time simultaneous 2D & Doppler Advanced Imaging technology High Precision dynamic focus imaging Space compound imaging Frequency compound imaging Pulse-inverted tissue harmonic imaging Speckle noise suppression technology Color doppler enhancement technology Multi-beam parallel processing technology Image Processing Pre-processing: 8-segment TGC              Image processing              Gain(B&W, Color)              PRF              Dynamic range              Image Enhancement              Frame average              Scanning angle              High resolusion/High frame rate              Acoustic power Post-processing: Gray map               Black/white reverse               Left/Right reverse               Up/Down reverse Functions: Cine-loop: 2036 frame cine loop memory Sotrage media: 500G massive image-storage capacity USB Zoom: Pan zoom Biopsy function Beam steering function
General specification 1. Main features Operationg syetemno Monitor 10.4 inch crt monitor Scanning modeb, 2b, 4b, b/m Keyboardback-lit silicone keyboard (option) Cine loopup to 256 frames Gain0-100db Tgc8 segment Scanning depthup to 240mm Dynamic range0-100db Pseudo-color8 colors Body marking30 Focus4 Magnification1.0, 1.2, 1.5, 2.0 Probe connector2 Languagechinese/english Matching printerlaser/vedio/inkjet/thermal printer Peripheral portusb, vga, dicom3.0, rs232, video out Measurement & calculationdistance, c/a, hr and pw(obstetrics:bpd, crl, ofd, ttd, fl, hc, ac) measurement Image processingdynamic range, dsc, the line average turnover, contrast, edge enhancement, gray-scale transformation&adjustment, brightness, gamma correction 2. Applications Abdominal Gynecology Obstetric(bpd, crl, ofd, ttd, fl, hc, ac) Cardiology Urology 3. Standard configuration Main system unit, 3.5mhz convex probe, user manual and disc 4. Optional items Biopsy bracket, ultrasonic stands, usb flash disk 5. Probes selection 3.5 mhz convex probe (3.5-14mhz variable frequency ) 7.5 mhz linear probe (3.5-14mhz variable frequency ) 7.5 mhz transvaginal probe (3-10mhz variable frequency) 5.0 mhz micro-convex probe (2-6mhz variable frequency) 7.5 mhz rectal probe(80 elements) 6. Advanced technologies User-friendly interface Dual connector support various probes Back-lit keyboard Packaging & delivery Packaging details: box package Net weight: 12 Gross weight: 18kg Package size: 500*400*450mm Delivery time: 5-10 working days Warranty Two years for main unit (one year warranty for probes)
