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Defines the target users and the intended operational purposes of the ultrasound system.
Covers critical safety warnings, symbols, and essential precautions for system operation.
Details user information components, conventions, and available system accessories.
Provides contact info for customer service and guidelines for system recycling, reuse, and disposal.
Essential safety precautions covering basic operation, electrical hazards, and grounding requirements.
Guidelines for fire safety and precautions related to the mechanical aspects of system operation and movement.
Measures to protect system equipment and ensure compatibility with accessories and components.
Information on biological safety, FDA alerts on latex, and ALARA principle education.
Overview of system capabilities for imaging, analysis, and available measurement tools.
Information on transducer types, image acquisition, review, and patient data protection.
Details available system options, purchasable features, and configurations (350/550).
Lists purchasable imaging, connectivity, and clinical/analysis options for system customization.
Procedures for connecting peripherals like printers, foot switches, and external monitors to the system.
Steps for configuring network settings, standard support, and DICOM Networking options.
Safety precautions, procedures, and setup steps for moving and positioning the ultrasound system.
How to turn the system on/off and set the system time and date accurately.
Adjusting monitor settings like brightness/tint and control panel brightness for optimal usability.
Instructions for operating quick key controls and utilizing the system keyboard for data entry.
Details on system security, logging on/off, and managing user access to patient data.
Understanding presets and creating custom presets to optimize imaging parameters for specific exams.
Procedures for editing, saving, and removing custom presets from the system.
How to use System Setups to customize parameters and install temporary licensed options.
Steps for creating new patient studies and entering patient data manually or via worklist.
How to select transducers and utilize various imaging modes like 2D, Doppler, and others.
Procedures for acquiring images/loops and performing measurements and analysis on the study data.
Crucial steps to properly end a study, save data, and prepare the system for subsequent use.
Importance of proper transducer care, maintenance, and storage guidelines for optimal performance.
Lists clinical options and supported applications for different transducers, including indications for use.
Discussion of acoustic artifacts and requirements for using transducer covers to prevent contamination.
Recommended qualifications for operators and essential patient safety guidelines for endocavity procedures.
Step-by-step instructions for preparing endocavity transducers and covers before use.
Details the C9-4v transducer features, specifications, and its biopsy capability.
Information and warnings regarding the proper attachment and removal of biopsy guides.
How the system displays biopsy guidelines and the controls used to manage them.
Procedures for aligning and verifying the biopsy guide's accuracy before use.
Comprehensive steps for executing a biopsy procedure, including needle insertion and target interception.
Warnings and cautions for using disinfectants and gels, and determining appropriate disinfection levels.
Detailed instructions for cleaning and disinfecting transducers, cables, and connectors, with specific cautions.
Procedures and warnings for high-level disinfection by immersion and sterilization of transducers.
Information on disinfectant compatibility and lists of recommended gels for transducer care.
Importance of cleaning and maintaining the ultrasound system and peripherals for optimal performance.
Procedure for disinfecting various system surfaces using compatible disinfectants.
A table outlining common system symptoms and their corresponding corrective actions for troubleshooting.
Procedures for running system tests and transducer tests to diagnose potential problems.
Physical dimensions of the system and specifications for the video monitor.
Details on data connection types, electrical parameters, and DICOM modality interface specifications.
Classification, electromechanical safety standards met, and agency approvals for the system.
General| Type | Ultrasound System |
|---|---|
| Power Supply | 100-240 V AC, 50/60 Hz |
| Imaging Modes | B-mode, M-mode, Color Doppler, Power Doppler, Pulsed Wave Doppler |
| Transducer Options | Convex, Linear, Phased Array, Endocavitary |
| Applications | Abdominal, Cardiac, Vascular, Obstetrics, Gynecology, Musculoskeletal, Small Parts |
| Battery Life | Not applicable |
| Operating System | Proprietary |
| Portability | Portable |
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