How to improve degraded image quality on Eickemeyer Medical Equipment?
To improve degraded image quality, ensure you have selected the correct exam type. Adjust the image settings via post-processing, or reset the post-processing to the default values. You can also reset the system to the factory default setups.
What to do if Eickemeyer MAGIC 6000 monitor displays characters but no images?
If your monitor displays characters but no images, adjust the transmission power, gain, or TGC control. Also, ensure that the probe is properly and fully connected. Finally, check if the system is in a frozen state and unfreeze the image.
Why is the button on my Eickemeyer MAGIC 6000 Medical Equipment unresponsive and buzzing?
The button may be unresponsive because it is blocked by dirt. Check the control panel for any blockage and press the button several times to release it. Clean the button to ensure it functions correctly.
What to do if the power indicator is on but the Eickemeyer Medical Equipment image is blank?
If the power indicator is on but the image is blank, turn off the system and wait at least one minute before restarting it. Also, adjust the contrast settings on the monitor.
General| Brand | Eickemeyer |
|---|---|
| Model | MAGIC 6000 |
| Category | Medical Equipment |
| Language | English |
Classifies equipment based on protection against electric shock and water ingress.
Explains the meanings of DANGER, WARNING, CAUTION, NOTE, and Tips.
Details electrical safety, flammability, water exposure, and transducer handling.
Describes the meaning and significance of various warning labels on the system.
Specifies the system's application scope and any restrictions.
Details standard configuration, available probes, and their intended uses.
Identifies main system components and explains interface symbols.
Instructions for safe placement, including space requirements.
Details connecting to external power or using the internal battery.
Guides on safe system startup, shutdown, and standby modes.
Step-by-step guide for attaching and detaching ultrasound probes.
Outlines the initial steps to begin a new animal examination.
Covers entering, retrieving, and managing patient data.
Guide to choosing the appropriate settings for an examination.
How to navigate between B Mode, M Mode, and split-screen display.
Details parameters specific to B-mode image enhancement.
Explains M-mode specific image adjustments and parameters.
How to set and use predefined image parameter configurations.
Explains split-screen display and image magnification features.
Guides on reviewing captured images and loops, including manual and auto modes.
Instructions for entering and exiting measurement modes.
Details available measurement tools for 2D and M Mode scans.
Provides accuracy data and tolerances for various measurements.
Procedures for entering, editing, and displaying text annotations on images.
How to indicate anatomical position and orientation with pictograms.
Covers data entry, storage, and display settings for animal information.
Details file formats, storage media, and saving presets for images.
Operations within the iStation patient data system for searching and viewing.
Describes user roles, permissions, and login procedures.
Configuration for network settings and DICOM service properties.
Details on sending images via DICOM Storage, Print, and Worklist.
Settings for hospital name, language, date/time, and other system parameters.
Customizing exam modes, probes, and associated settings.
Procedures for backing up and restoring system configuration data.
Viewing product, hardware, software, and option module details.
Lists available probes and identifies key transducer components.
Explains the process, precautions, and safety for ultrasound-guided biopsy.
Details components, installation, and cleaning of biopsy guide brackets.
General information and safety guidelines for system battery usage.
Steps for safely installing and removing the system battery.
How to check battery level, capacity, and performance.
Information on ultrasound safety, responsible usage, and ALARA principle.
Understanding Mechanical Index (MI) and Thermal Index (TI) values.
Adjusting ultrasound output levels and controlling image quality.
Technical data on output levels, attenuation, and regulatory limits.
Information on system compliance with EMC emission standards.
Details on system immunity to electrical interference and RF fields.
Steps for routine cleaning of the system, probes, and accessories.
Tasks performed by authorized personnel for safety and performance.
Guidance for resolving common system malfunctions and errors.
Presents test data for transducer surface temperatures under various conditions.
Detailed acoustic output parameters for the 75L53EA transducer in M-mode.
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