Mindray TEX20 Diagnostic Ultrasound System User Manual

Content

Mindray TEX20 Diagnostic Ultrasound System Manual

Introduction to the Mindray TEX20 Diagnostic Ultrasound System

The mindray TEX20 Diagnostic Ultrasound System is a mobile point-of-care ultrasound platform designed for fast, clinically focused imaging in demanding environments. It supports applications such as emergency medicine, critical care, anesthesia, trauma assessment, bedside diagnosis, procedural guidance, and general imaging.

Its ZONE Sonography Technology Plus platform is designed to support efficient image acquisition and consistent image quality. Single-crystal convex and phased-array transducers combine penetration and resolution for technically difficult patients, while the broader transducer portfolio supports abdominal, vascular, cardiac, superficial, endocavity, transesophageal, and wireless examinations.

A 23.8-inch rotatable full-touch display can be used in landscape or portrait orientation. The sealed interface supports routine disinfection, and four active transducer connectors reduce the need to repeatedly change probes during a multi-step examination. Wireless voice control, wireless transducer options, and wireless charging can help reduce cable management in fast-paced clinical areas.

This system is intended for trained healthcare professionals who need a flexible diagnostic ultrasound system at the bedside. It is especially suitable for hospitals, emergency departments, intensive care units, operating rooms, anesthesia services, and clinical training environments. Always use the system, accessories, probes, and software according to the approved configuration and applicable clinical regulations.

Mindray TEX20 Technical Specifications and Features

System type: Mobile, software-controlled diagnostic ultrasound system for point-of-care and general-purpose imaging.
Display: 23.8-inch high-definition full-touch display with rotatable landscape and portrait viewing.
Transducer connectivity: Four active transducer connectors, with support for wired and compatible wireless transducers.
Imaging platform: ZONE Sonography Technology Plus for efficient image formation and workflow support.
Transducer technologies: Mindray 3T technology, including triple-matching layers, total-cut design, and thermal control.
Available transducer categories: Convex, linear, phased array, endocavity, transesophageal, and wireless options, subject to the ordered system configuration.
Imaging modes: B mode, M mode, pulsed-wave Doppler, continuous-wave Doppler, color Doppler, power Doppler, tissue Doppler, harmonic imaging, and combined modes where configured.
Advanced applications: Smart measurement tools, Smart 3D, panoramic imaging, elastography, contrast imaging, and other clinical packages may be available by configuration.
Physiological integration: X-Link can display selected physiological information, such as ECG or respiratory waveforms, alongside ultrasound images when supported by the installed configuration.
Data connectivity: Network, wireless, DICOM, and USB workflows may be available according to installed hardware, software, and facility integration.
Cleaning design: Sealed user interface and compatible waterproof wireless transducer options support clinical cleaning workflows.

Detailed Description: How the TEX20 Ultrasound System Works

The TEX20 generates ultrasound pulses through an attached transducer. Returning echoes are processed by the system to create real-time images of tissue, fluid, vessels, and moving structures. The operator selects an examination type, applies acoustic gel, positions the transducer, and adjusts depth, gain, focus, Doppler settings, and other controls to obtain clinically useful images.

During daily use, the touch interface provides access to patient entry, examination presets, image controls, measurements, annotations, review, storage, and export functions. Clinical workflows can include focused cardiac assessment, lung imaging, abdominal scanning, vascular access, trauma examination, and ultrasound-guided procedures.

The system is built for mobile clinical work, with a movable display and storage features designed to keep accessories organized. A lockable storage area, transducer charging options, and a wipe-friendly interface can help support routine bedside operation. After each examination, remove gel, inspect the transducer and cable, and clean approved surfaces using the manufacturer-approved method. Do not immerse a wired transducer or apply liquid directly to system openings unless its documentation specifically permits it.

Mindray TEX20 Setup Guide and Safety Precautions

Place the system on a stable, dry surface with sufficient clearance around ventilation openings and wheels.
Connect the approved power cable and verify that the electrical outlet meets local medical-device requirements.
Release the transport locks, position the display for the examination, and check that the screen moves smoothly without trapping cables.
Attach the required transducer to an available connector. Confirm that the connector is fully seated before beginning an examination.
For a wireless transducer, charge it using the approved charging station, activate the transducer, and follow the on-screen pairing procedure.
Turn on the system and allow startup checks to finish. Select the correct user profile, patient record, examination preset, and transducer.
Connect the system to the approved clinical network if DICOM, image storage, worklist, or wireless data transfer is required.
Adjust display orientation, brightness, touch controls, voice-control settings, and measurement preferences to suit the clinical area.
Apply gel and confirm that the live image, depth, gain, and probe orientation marker respond correctly before scanning.

Keep liquids away from power connections, do not scan with damaged cables or housings, and use only approved accessories. Patient safety depends on appropriate acoustic-output settings, examination time, probe selection, and professional clinical judgment. If pairing fails, move the wireless transducer closer to the system, confirm adequate battery charge, and retry the approved pairing sequence.

Troubleshooting the Mindray TEX20 Diagnostic Ultrasound System

No power: Check the power cable, outlet, system power switch, and battery condition. If the system remains unresponsive, disconnect it from clinical use and request service.
Blank or poor-quality image: Confirm that the transducer is selected and fully connected, apply sufficient gel, and check depth, gain, focus, and imaging preset settings.
Wireless transducer will not connect: Charge the transducer, confirm wireless operation is enabled, remove an obsolete pairing if necessary, and repeat pairing near the console.
Touchscreen does not respond correctly: Clean and dry the screen, remove unintended pressure from the surface, and restart the system if the issue persists.
Doppler signal is weak: Reposition the transducer, optimize the angle, adjust scale and gain, and select the appropriate Doppler mode.
Data cannot be exported: Verify network access, patient-record status, DICOM destination settings, storage capacity, and USB-device compatibility.
System displays an alarm or service message: Record the exact message, stop using the affected function if patient safety could be affected, and follow the approved service procedure. Model-specific error codes and corrective actions should be taken from the current service documentation rather than guessed.

Prevent problems by performing startup checks, inspecting probes before use, keeping software and network settings controlled by authorized staff, and cleaning equipment after every examination. For unresolved faults, contact the authorized Mindray service organization or the biomedical engineering department. Keep the system model, serial number, software version, error message, and examination conditions available when requesting support. Warranty coverage and response procedures depend on the purchase agreement and region.

Pros and Cons of the Mindray TEX20 Diagnostic Ultrasound System

Advantages

Flexible point-of-care workflow: Its mobile design and rotatable 23.8-inch touch display suit bedside, procedure-room, and emergency settings.
Broad clinical capability: Multiple transducer categories and imaging modes support cardiac, abdominal, vascular, superficial, endocavity, and procedural applications.
Efficient probe management: Four active connectors reduce interruptions when an examination requires more than one transducer.
Modern wireless options: Compatible wireless probes, charging, and voice control can reduce cable clutter and support hands-free workflows.
Integrated information: X-Link and related tools can help combine ultrasound findings with selected physiological information and clinical records.

Limitations

Configuration dependent: Available probes, advanced modes, networking functions, and clinical packages vary by market and purchase configuration.
Training required: Full use of Doppler, elastography, contrast imaging, and advanced measurements requires appropriate clinical education.
Cleaning restrictions remain: Waterproof ratings apply only to specifically rated accessories and do not make every system component immersible.
May exceed basic needs: Facilities seeking only occasional focused scanning may prefer a simpler handheld or compact ultrasound device.

The TEX20 is best suited to hospitals and clinicians who need a versatile, expandable point-of-care ultrasound platform. Users should confirm local regulatory approval, accessory compatibility, service availability, and the exact ordered configuration before deployment.

PDF

Faqs

How do I set up the mindray TEX20 Diagnostic Ultrasound System for the first time?

Place the mindray TEX20 Diagnostic Ultrasound System on a stable surface with adequate ventilation, connect the approved power supply, and attach the required transducer securely before scanning. Complete the startup sequence, configure language, date, time, user accounts, network settings, and facility information. Create or verify examination presets for the intended specialty. Before patient use, confirm that the image, Doppler, measurement, recording, and data-export functions operate correctly.

What should I check if the mindray TEX20 Diagnostic Ultrasound System does not produce an image?

First confirm that the system has fully started, the transducer connector is locked, and the selected examination preset matches the connected probe. Inspect the cable and probe face for visible damage, then try another compatible transducer if available. Check gain, depth, focus, and imaging mode settings, since an unsuitable preset can make the display appear blank. If the problem persists, stop using the affected probe and contact authorized Mindray service personnel.

How can I improve image quality on the mindray TEX20 Diagnostic Ultrasound System?

Begin with the correct transducer and an appropriate clinical preset, then adjust depth so the region of interest fills the screen without excessive unused imaging area. Optimize overall gain, time-gain compensation, focus position, dynamic range, and Doppler scale gradually rather than changing several controls at once. Apply sufficient coupling gel and maintain steady probe contact. For technically difficult patients, use the appropriate lower-frequency transducer when deeper penetration is needed.

Which transducers and accessories are compatible with the mindray TEX20 Diagnostic Ultrasound System?

The TEX20 platform supports a broad range of Mindray transducer types, including convex, linear, phased-array, endocavity, transesophageal, and compatible wireless probes. Exact compatibility depends on the specific TEX20 configuration, software version, region, and clinical application. Before purchasing or connecting a probe, verify its model in the system documentation or with an authorized Mindray representative. Never force a connector or use an unapproved accessory, because this may create safety or performance problems.

How do I use X-Link and physiological information on the mindray TEX20 Diagnostic Ultrasound System?

X-Link is designed to combine ultrasound imaging with related physiological information, such as ECG or other supported waveforms. Connect and configure the approved external signal source, select the appropriate display view, and confirm that the waveform is synchronized with the ultrasound image before interpreting results. Use Physio-View when overlaying information during examination is helpful, or the applicable review workflow when sending integrated information to a connected station.

How can I transfer patient studies from the mindray TEX20 Diagnostic Ultrasound System?

Configure the system’s network and DICOM settings with help from the facility’s imaging or IT administrator. Confirm the destination address, communication parameters, patient-data rules, and test connection before transferring clinical studies. Review the patient name and identifier carefully, then send a test examination and verify that it arrives correctly. If network transfer fails, check the physical connection, system status, destination availability, and queued jobs instead of repeatedly resending unidentified studies.

What maintenance and cleaning routine does the mindray TEX20 Diagnostic Ultrasound System require?

After each examination, remove gel from the transducer and system surfaces using materials approved by Mindray and the healthcare facility. Follow the transducer’s specific cleaning and disinfection instructions, because probe designs and intended procedures differ. Do not immerse a probe unless its documentation permits that method, and keep liquid away from connectors and ventilation openings. Inspect cables, strain reliefs, housings, and the display regularly, and arrange service if damage or abnormal operation appears.

What should I do if the mindray TEX20 Diagnostic Ultrasound System overheats, loses power, or drains its battery quickly?

Check that ventilation openings are unobstructed and that the system is not operating on an unsuitable power source or damaged cable. Save the examination, shut down according to the operating procedure, and allow the unit to cool if it becomes unusually hot. For battery operation, confirm that the battery is properly seated and charged using the approved charger. Repeated shutdowns, charging failures, unusual odors, or overheating require removal from clinical use and authorized technical inspection.