What to do if Vatech GREEN SMART is not working?
If your Vatech medical equipment isn't working, first check the power supply. If the power is fine, ensure the equipment has completed its initialization process. Finally, verify the connection status of the Communication Port (Optic) that connects the PC to the equipment.
Why imaging cannot be performed on Vatech Medical Equipment?
If imaging cannot be performed on the Vatech equipment, it might be due to a failure of initialization. Wait until the equipment is initialized and then try again. If the problem persists, restart the equipment.
How to turn on Laser Beam on Vatech GREEN SMART for patient positioning?
If the laser beam has shut off, preventing patient positioning, it's likely due to the expiration of the time allotted for patient positioning. Press the Laser Beam button to turn the Laser Beam back on.
General| Brand | Vatech |
|---|---|
| Model | GREEN SMART |
| Category | Medical Equipment |
| Language | English |
General description of the 4-in-1 digital X-ray imaging system.
Intended uses and patient types for the X-ray system.
Specific diagnostic applications of the X-ray system.
Qualifications and requirements for system operators.
Manufacturer's responsibility for product operation and conditions.
Responsibilities of equipment owners and operators for safety.
Explanation of symbols and safety information conventions used in the manual.
Identification of various symbols and their meanings on the equipment.
Guidelines for operator qualifications and general safety precautions.
Safety measures related to electrical connections and usage.
Regulations and practices for radiation safety and protection.
Critical warnings regarding equipment hazards and operational risks.
Lists the main hardware and software components of the imaging system.
Highlights the key capabilities and functionalities of the system.
Compliance with international standards and regulatory requirements.
Explanation of how the X-ray imaging system functions.
Details on how the PC connects to the imaging system.
Identification and description of the system's physical parts.
Description of the membrane and LCD type control panels.
How to use the optional touch screen for imaging settings.
Recommended PC hardware for optimal software performance.
Description of the 2D viewer and patient management software.
How to use the console software to configure imaging environments.
Step-by-step guide to powering on the imaging equipment.
Instructions for launching and using the image viewing software.
Steps to start and configure the console software for imaging.
Overview of the PANO imaging results and acquisition method.
Setting exposure parameters for PANO images using the console software.
Detailed instructions for correct patient positioning for PANO imaging.
The process of initiating X-ray exposure for PANO imaging.
Steps to complete the PANO scanning process.
How to confirm and review the acquired PANO images.
Overview of CEPH imaging results and acquisition methods.
Setting exposure parameters for CEPH images using the console software.
Detailed instructions for correct patient positioning for CEPH imaging.
The process of initiating X-ray exposure for CEPH imaging.
Steps to complete the CEPH scanning process.
How to confirm and review the acquired CEPH images.
Overview of CBCT imaging results and acquisition methods.
Setting exposure parameters for CBCT images using the console software.
Detailed instructions for correct patient positioning for CBCT imaging.
The process of initiating X-ray exposure for CBCT imaging.
Steps to complete the CBCT scanning process.
How to confirm and review the acquired CBCT images.
Overview of 3D model scan imaging results and acquisition method.
Setting exposure parameters for 3D model scan images.
Positioning the plaster cast and aligning laser beams for scanning.
The process of initiating X-ray exposure for 3D model scan.
How to confirm and review the captured 3D model scan images.
Table of common causes and actions for equipment malfunctions.
List and explanation of error codes displayed by the system.
Guidelines for cleaning various parts of the equipment safely.
Information on periodic inspections and service requirements.
Dimensions and physical characteristics of the equipment.
Detailed technical data for X-ray generator and detector components.
Electrical requirements and performance characteristics.
Operating and storage environmental conditions.
Recommended exposure settings for different imaging modes and patient profiles.
Data related to radiation dose measurements (DAP, leakage, scattered).
Information regarding the system's electromagnetic compatibility.
References for evaluating skeletal maturation using hand-wrist films.
Guidelines for imaging pediatric patients, including positioning.
List of abbreviations used throughout the manual.
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