PLD8000B
Dynamic FPD Radiography and Fluoroscopy System
Dynamic FPD Radiography and Fluoroscopy System
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Introduce
Introduce
Features & Benefits
High Performance and lntelligent
Digital Radiography
Applicable for all body parts photography
Digital Fluoroscopy
Applicable for all body parts fluoroscopy check
Digital radiography with contrast agent
Gastrointenstinal tract radiography, salpingography.
Precise Digital Spot Film
Obtain high-definition images and accurately capture lesions during fluoroscopy, avoiding missed diagnoses or misdiagnosis caused by blind shots.
360 rotation foot pedal
Improve workflow efficiency.
PLD8000B Dynamic FPD Radiography and Fluoroscopy System Dynamic FPD Radiography and Fluoroscopy System Introduce Introduce Features & Benefits High Performance and lntelligent Digital Radiography Applicable for all body parts photography Digital Fluoroscopy Applicable for all body parts fluoroscopy check Digital radiography with contrast agent Gastrointenstinal tract radiography, salpingography. Precise Digital Spot Film Obtain high-definition images and accurately capture lesions during fluoroscopy, avoiding missed diagnoses or misdiagnosis caused by blind shots. 360 rotation foot pedal Improve workflow efficiency.
PLD8000B Dynamic FPD Radiography and Fluoroscopy System Features Benefits Digital Radiography Applicable for all body parts photography Digital Fluoroscopy Applicable for all body parts fluoroscopy check Digital radiography with contrast agent Gastrointenstinal tract radiography salpingography Precise Digital Spot Film Obtain highdefinition images and accurately capture lesions during fluoroscopy avoiding missed diagnoses or misdiagnosis caused by blind shots 360 rotation foot pedal Improve workflow efficiency Pulse fluoroscopy Instant exposure low noise Low dose less radiation harm DAP Optional Intelligent dose monitor system Friendly to users health Automatic stitching function Optional Full spine full lower limbs panoramic images Accurate measurements for preoperative planning and postoperative review in deformity correction surgery Onestep radiography providing reliable diagnostic basis for clinical practice AEC Optional High level ionization chambrer Intelligent control of exposure more efficient Intelligent control of light sensitivity Intelligent operation Humanfriendly workstation design Intelligent control visual display convenient and efficien Cloud Image Interconnection DAP Dose visualized safety assuredOptional The pioneer usher in intelligent radiation dose monitoring system Synchronous dose monitoring system of hardware and software guaranteeing more accurate diagnosis Tube wigwagging freely radiography for patella jawbone and sacrum Stable and Reliable Image Chain Selfdeveloped ultrahigh frequency and high voltage generator Good Xray source Strong penetration ability Lowdose radiation Stable performance Highquality image High efficiency Flexible flat panel detector Standard highresolution dynamic flatpanel lmported highquality Xray tube Large heat capacity High rotate speed of Xray tube Suitable for long time and highintensity work Have long service life Removable dual grid Removable grid for reducing radiation Designed for pediatrics The system can be maintained remotely it can perform fault selfdiagnosis and display the fault code quickly and accurately determine the fault status and has selfprotection function lt can share information with PACS system bring benefits for remote diagnosis
PLD6000 Dynamic FPD Radiography and Fluoroscopy System Dynamic FPD Radiography and Fluoroscopy System duce Introduce Features & Benefits High Performance and lntelligent DAP - Dose visualized, safety assured(Optional) The pioneer usher in intelligent radiation dose monitoring system Synchronous dose monitoring system of hardware and software, guaranteeing more accurate diagnosis Pulsed fluoroscopy - Low dose and sharp images Multiple fluoroscopy modes lnstant exposure Lower dose to protect doctors and patients
Dynamic Cock-up Splint Product Code: WB-06 Description Dynamic Cock-up Splint with Aluminium Dynamic Cock up splint provides firm immobilzation for patient comfort, can also be moulded to fit the contour of the forearm and hand, degree of dorsiflexion can be changed by bending , velcro straps ensure firm fitting. It provide th perfect wrist immobilization with a malleable splint. Excerciser and a splint, improves muscle tone. It effectively helps in immobilizing the wrist without restricting the movement of the fingers.
PLD6000 Dynamic FPD image intensifiers Radiography And Fluoroscopy System x ray tube for digital xray X-ray machine PLD6000 is wildly used in Department of Orthopedics, Department of General Surgery, Orthopedics, Urology Surgery, Spine Surgery, Abdominal Surgery, Department of Pain Treatment, Cardiology, Gastroenterology, Gynecology, Operating Room, etc. Dynamic FPD image intensifiers Radiography And Fluoroscopy System PLD6000 High frequency inverter power supply Power output:65.5kW Inverter Frequency:60 kHz Automatic &Manual Continuous Fluoroscopy Tube voltage:40kV~150kV adjust continuously Tube current:10mA~800m adjust continuously Automatic &Manual Enhanced Fluoroscopy Tube voltage:40kV~150k Vadjust cotinuously Tube current:0.5mA~10m  adjust continuously DSI Digital Spotfilm Imaging optional 1-5 pictures Photography tube voltage tube current 40kV~125kV  160mA X-ray tube special for high frequency Rotary anode focus 0.3/0.6 mm Anode thermal capacity:212kJ
Wrist Splint (Conventional) AJY-S05 For wrist or proximal forearm fractures, functional position fixation in wrist arthroplasty, and rest position system for wrist arthritis and other lesions Dynamic or lunate dislocation and colles fracture fixation. 270*192*3.2mm LOW TEMPERATURE THERMOPLASTIC SHEET Product features: Low temperature thermoplastic sheet is a new type of material made of specially synthesized polymer polycaprolactone treated by a series of chemical methods. Molecules are in a stable state at room temperature (10-30C), and can be softened after being heated in 65-70C water for 1-3 minutes. Curing in 3-5 minutes at room temperature. It has the advantages of light weight, high strength, good air permeability, not afraid of water, non-toxic, odorless, non-irritating to the skin, etc., and has biodegradability. Scope of application: 1. Fixation after reduction of fractures and joint dislocations 2. Postoperative fixation of soft tissue injuries such as joint ligaments, nerve and tendon injuries 3. Bone, joint tuberculosis, acute and chronic osteomyelitis, septic arthritis, primary bone Fixation during conservative treatment such as tumor metastasis or after debridement 4. Joint deformity, nerve palsy, cerebral palsy, scoliosis correction and postoperative fixation in children and fixed 5. Fixation after burns and other plastic surgery operations 6. Production and application of rehabilitation braces and orthoses 7. Posture placement and fixation during radiotherapy
Guide wires are commonly used in medical procedures, particularly in cardiology and radiology, to guide catheters and other devices through blood vessels or other anatomical structures. The Terumo Radifocus Guide Wire M is likely designed for use in vascular interventions. Here are some general characteristics you might find in Terumo guide wires: Material: Guide wires are typically made of materials such as stainless steel or nitinol. Coating: Some guide wires may have hydrophilic or hydrophobic coatings to enhance their performance during navigation through blood vessels. Tip Design: The tip design may vary based on the intended application, with options like floppy or stiff tips. Diameter and Length: Guide wires come in various diameters and lengths to suit different procedures and anatomies. Radiopaque Markers: Radiopaque markers help visualize the position of the guide wire under fluoroscopy.
Key features and characteristics of the Bard Denali DL950F Vena Cava Filter may include: Retrievable Design: The Bard Denali DL950F is often designed to be retrievable, allowing for potential removal when the risk of pulmonary embolism has decreased. Cone Design: Vena cava filters typically have a cone-shaped design that helps to trap and prevent blood clots from traveling to the pulmonary arteries. Biocompatible Materials: The filter is typically made of biocompatible materials suitable for long-term implantation. Ease of Deployment: The deployment mechanism is designed for ease of use during the implantation procedure. Radiopaque Markers: Radiopaque markers are often incorporated into the design to aid in accurate placement under fluoroscopy or other imaging modalities. Compatibility with Imaging: The device is designed to be compatible with various imaging technologies, allowing healthcare professionals to monitor its position and effectiveness.
The Terumo Runthrough series refers to a range of guide wires manufactured by Terumo Corporation, a global medical device company. Guide wires are essential tools in interventional procedures, particularly in cardiology and radiology, where they are used to navigate through blood vessels and provide support for the delivery of catheters and other interventional devices. Key features of the Terumo Runthrough guide wires, which may vary depending on the specific model and application, include: Hydrophilic Coating: Many Terumo guide wires are known for their hydrophilic coating, which enhances lubricity and facilitates smooth navigation through blood vessels, reducing friction. Flexible Design: The guide wires are designed to be flexible, allowing them to navigate through tortuous vessels with precision. Radiopaque Tip: The tips of the guide wires are often radiopaque, making them visible under fluoroscopy or other imaging modalities. This feature aids interventionalists in visualizing the position of the guide wire during the procedure. Various Tip Configurations: Guide wires may come with different tip configurations, such as soft or floppy tips for ease of navigation or more supportive tips for crossing lesions. Different Lengths and Diameters: Terumo typically offers guide wires in various lengths and diameters to accommodate different patient anatomies and procedural requirements.