Advanced digital image technology with humanized design PLX118F
The state-of-art dynamic flat panel detector
| Advanced digital image technology with humanized design
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Friendly user interfaceHuman graphic LCD touch-screen with accurate APR parameters setting realizes convenient operation.
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Lower dose Sharper image.
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Faster positioning Higher efficiency Free rotation without dead spaceUnique design of electric auxiliary support arm make the movement of machine more stable.
| Integrated generator with compact C-arm frame suitable for various operating rooms
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Technical Specifications
Generator and tube | |
Power | 5kW |
Kv scope | 40-120 kV |
Tube current range (Pulse fluoro) | 0.3mA to 30mA |
mAs range | 1.0mAs to 280mAs |
Focal spot | 0.6/1.8 |
Flat Panel Detector | |
Type | Digital Cesium Iodide (CsI) |
Effective imaging area | 210mm*210mm |
Spatial resolution in radioscopy and radiography modes | ≥2.5Lp/mm |
Mobile unit | |
Source image distance | 100 cm |
Horizontal swinging range | ±12°~±18° |
Moving angle along C-arm track | 130°~140° |
Dimension (C-arm and mobile rack) | 1850 mm * 850 mm * 1600 mm |
Net weight | 370kg |
Safety information
This device is a radioactive device. lt shall be operated in strict accordance with the User Manual. lt is not allowed to use it for purposes other than medical radioscopy and radiography. lmproper operation may lead to damage of this device. This device can be used only by trained personnel who have essential knowledge about radiography. No persons or obstacles shall stay or exit in the range of mechanical motion of this device. This is to avoid collision with or damage of this device or personal injury. After this device is positioned, all brake handles (including brakes for translation, circular movement, rotation, swinging, and complete machine pushing) shall be locked.
The potential side effects of the PLX118F are related to X-ray radiation. There are mainly two types of side-effects of X-ray radiation:
l Deterministic effects: acute exposure to high levels of radiation may result in skin injury, tissue necrosis
l Stochastic effects: long-term health effects years and decades into future due to cumulative exposure to X-ray radiation, such as increase in DNA mutations, cataract formation and cancer incidence.
The X-ray radiation dose of the PLX118F is low which aims to limit the possibility of collateral side effects. When used as intended under medical supervision of a qualified radiographer, it is not likely anticipated to result in unforeseeable or observable side-effects.
Be sure to take precautions from X-ray before each exposure. Reduce the time in exposure room as much as possible. During operation, the operator should take necessary measures to protect against radiation: use protective devices, wear x-ray protective coats, and take radiography in the significant zone of occupancy to reduce radiation to the minimum.
Larger view
Higher resolution
Lower noise
Hand controller on C-arm stand controls the mechanical and collimator movement, improves your work flow even you are away from the unit
RCDP – rapid calculate display platform GPU-based dynamic real-time image processing technology makes it easy to get sharp image of various body parts.
Human graphic LCD touch-screen with accurate APR parameters setting realizes convenient operation.
Seamless connection with cloud PACS system for information sharing and remote diagnosing.
Remote maintenance.
Self-diagnosis with error-code displaying
Digital pulse mode to ensure lower dose and sharper image.
Intelligent variable-frequency pulse technology ensures high quality X-ray at efficient dose.
Perfect digital imaging chain makes the routine operation easily as follow:
Orthopedics department
Spine surgery
General surgery
Pain surgery
Orthopdic surgery
Gastroenterology department
Traumatology department
Gynecology
Urinary surgery
DSI(Digital Spot Film)
Red light cross localization
Unique design of electric auxiliary support arm make the movement of machine more stable.
Integrated generator with compact C-arm frame suitable for various operating rooms
Technical Specifications
Generator and tube | |
Power | 5kW |
Kv scope | 40-120 kV |
Tube current range (Pulse fluoro) | 0.3mA to 30mA |
mAs range | 1.0mAs to 280mAs |
Focal spot | 0.6/1.8 |
Flat Panel Detector | |
Type | Digital Cesium Iodide (CsI) |
Effective imaging area | 210mm*210mm |
Spatial resolution in radioscopy and radiography modes | ≥2.5Lp/mm |
Mobile unit | |
Source image distance | 100 cm |
Horizontal swinging range | ±12°~±18° |
Moving angle along C-arm track | 130°~140° |
Dimension (C-arm and mobile rack) | 1850 mm * 850 mm * 1600 mm |
Net weight | 370kg |
Safety information
This device is a radioactive device. lt shall be operated in strict accordance with the User Manual. lt is not allowed to use it for purposes other than medical radioscopy and radiography. lmproper operation may lead to damage of this device. This device can be used only by trained personnel who have essential knowledge about radiography. No persons or obstacles shall stay or exit in the range of mechanical motion of this device. This is to avoid collision with or damage of this device or personal injury. After this device is positioned, all brake handles (including brakes for translation, circular movement, rotation, swinging, and complete machine pushing) shall be locked.
The potential side effects of the PLX118F are related to X-ray radiation. There are mainly two types of side-effects of X-ray radiation:
l Deterministic effects: acute exposure to high levels of radiation may result in skin injury, tissue necrosis
l Stochastic effects: long-term health effects years and decades into future due to cumulative exposure to X-ray radiation, such as increase in DNA mutations, cataract formation and cancer incidence.
The X-ray radiation dose of the PLX118F is low which aims to limit the possibility of collateral side effects. When used as intended under medical supervision of a qualified radiographer, it is not likely anticipated to result in unforeseeable or observable side-effects.
Be sure to take precautions from X-ray before each exposure. Reduce the time in exposure room as much as possible. During operation, the operator should take necessary measures to protect against radiation: use protective devices, wear x-ray protective coats, and take radiography in the significant zone of occupancy to reduce radiation to the minimum.
