CE Marked ISO 13485

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Therapy Equipments · Ultrasonic Therapy

LCD Ultrasonic Therapy 1 MHz & 3 MHz machine

$122.35

Computerised dual-frequency design: the LCD ultrasonic unit supports both 1 MHz and 3 MHz probes on separate dedicated output ports, allowing the clinician to select the appropriate frequency for tissue depth without changing units.

LCD display with digital readout: a clear LCD screen displays all current treatment parameters simultaneously, supporting accurate session monitoring and reproducible protocol management.

Five front-panel controls: dedicated buttons for Intensity (up/down), Mode, Frequency, and Start/Stop provide straightforward one-handed operation during treatment without disrupting probe contact.

Separate 1 MHz and 3 MHz output ports: both probes connect simultaneously via clearly labelled dedicated ports, enabling quick probe switching without power cycling the unit.

Top Highlights

Device type: Computerised LCD Ultrasonic Therapy Unit
Frequencies: 1 MHz and 3 MHz via separate output ports
Display: LCD digital display
Controls: Intensity (up/down), Mode, Frequency, Start/Stop
Timer: Built-in digital timer
Output ports: Dedicated 1 MHz port and 3 MHz port
Power supply: AC 110V (also available in 220V)
Certifications: ISO 13485, CE marked, documentation available

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The LCD Ultrasonic Therapy 1 MHz & 3 MHz machine is a computerised desktop unit that delivers ultrasonic therapy at two selectable frequencies through separate dedicated output ports. The 1 MHz probe addresses deep tissue structures including muscles, tendons, and joints, while the 3 MHz probe targets superficial soft tissue. Both probes connect to the unit simultaneously, with frequency selection managed via the front-panel Frequency button. The LCD screen provides a clear, real-time view of all treatment parameters. Five tactile front-panel buttons control intensity, mode, frequency, and session start/stop. The built-in digital timer supports accurate session duration management, ensuring reproducible treatment delivery across all clinical protocols.

1 + 3 MHz Dual probe frequencies

LCD Digital parameter display

3 modes Continuous, Pulse A, Pulse B

Timer Built-in digital timer

Key features

1 Computerised LCD display

All treatment parameters including intensity, mode, frequency, and timer are shown simultaneously on the LCD screen for clear, at-a-glance session monitoring.

2 Separate 1 MHz and 3 MHz output ports

Dedicated labelled output sockets for each probe frequency enable both probes to remain connected simultaneously, with the active probe selected via the front-panel Frequency button.

3 Intensity up/down controls

Two dedicated intensity buttons allow precise incremental adjustment of output intensity during treatment without the need to disconnect or reposition the probe.

4 Selectable treatment modes

The Mode button cycles through available output modes (continuous, pulse A, pulse B), enabling the clinician to match the stimulation waveform to the clinical indication.

5 Frequency selection button

Toggles the active output between the connected 1 MHz and 3 MHz probes, allowing swift frequency change mid-session without disconnecting cables or powering off.

6 Start/Stop session control

A dedicated Start/Stop button initiates and pauses the treatment session and timer, supporting safe session management without altering set parameters.

7 Built-in digital timer

The integrated session timer counts and displays treatment duration on the LCD, enabling accurate and reproducible session length management across all treatment protocols.

8 Compact desktop design

The compact, rounded-edge desktop housing is designed for physiotherapy treatment tables and clinic environments, with probes conveniently mounted on either side of the unit.

Device type	Computerised LCD Ultrasonic Therapy Unit
Frequencies	1 MHz and 3 MHz (separate dedicated output ports)
Treatment modes	Continuous, Pulse A, Pulse B (selectable)
Intensity control	Adjustable via up/down buttons; displayed on LCD
Display	LCD digital display (intensity, mode, frequency, timer)
Timer	Built-in digital timer (displayed on LCD)
Output ports	1 × 1 MHz port and 1 × 3 MHz port (labelled)
Power supply	AC 110V (220V version available on request)
Enclosure	Compact desktop unit with rounded housing and side probe holders
Intended environment	Professional physiotherapy and rehabilitation clinical settings

Control	Function
LCD display	Shows all current treatment parameters simultaneously: intensity level, selected mode, active frequency, and session timer
Intensity up button	Increases the ultrasonic output intensity in incremental steps
Intensity down button (Timer)	Decreases the ultrasonic output intensity; also used for timer adjustment in applicable modes
Mode button	Cycles through available treatment modes: Continuous, Pulse A, and Pulse B
Frequency (FREQ) button	Switches the active output between the 1 MHz and 3 MHz probe ports
Start/Stop (S/S) button	Initiates or pauses the treatment session and timer countdown
1 MHz output port	Dedicated socket for connecting the 1 MHz ultrasound treatment probe
3 MHz output port	Dedicated socket for connecting the 3 MHz ultrasound treatment probe
Mains power	AC 110V mains power connection at the rear of the unit

Condition / Area	Application / Protocol
Musculoskeletal pain	1 MHz for deep muscle and joint pain; 3 MHz for superficial soft tissue; continuous or pulsed mode per clinical stage
Soft tissue injuries	Pulsed mode (A or B) for acute and sub-acute ligament, tendon, and muscle injuries to minimise thermal effect
Tendinopathy and tendinitis	1 MHz for deep tendons (Achilles, rotator cuff); 3 MHz for superficial tendons; pulsed in acute, continuous in chronic
Scar tissue management	3 MHz probe with continuous mode for superficial scar softening and remodelling
Shoulder and neck conditions	1 MHz for periarticular and capsular tissue; pulsed mode in acute presentations
Knee and hip pathology	1 MHz for joint capsule, ligament, and periarticular soft tissue conditions
Plantar fasciitis	1 MHz applied to the plantar fascia insertion; pulsed mode for acute pain, continuous for chronic stiffness
Sports injury rehabilitation	Frequency and mode guided by tissue depth and healing stage under physiotherapist prescription

The LCD Ultrasonic Therapy 1 MHz & 3 MHz machine is ISO & CE marked, confirming compliance with applicable European medical device directives for safety and electromagnetic compatibility. ISO & CE documentation is available on request for regulatory submissions, hospital procurement processes, and import clearance.

CE Marked

ISO 13485

Connect the probes

plug the 1 MHz probe cable into the 1 MHz output port and the 3 MHz probe cable into the 3 MHz output port on the front panel.

Apply coupling gel

apply an adequate layer of ultrasound coupling gel to the patient's skin at the treatment site before placing the probe.

Power on

connect the unit to the mains supply and switch on.
The LCD display will illuminate showing the default parameters.

Select frequency

press the FREQ button to select either 1 MHz (for deep tissue) or 3 MHz (for superficial tissue) according to the clinical prescription.

Select treatment mode

press the MODE button to select Continuous, Pulse A, or Pulse B as required by the treatment protocol.

Set intensity

use the Intensity up/down buttons to increase the output level to the prescribed therapeutic intensity as shown on the LCD display.

Set timer

set the session duration using the Timer function as directed by the clinician.

Start treatment

press the Start/Stop button.
Move the probe slowly and continuously over the treatment area.
Monitor the patient and LCD display throughout.

End session

reduce intensity to zero and press Start/Stop to stop.
Remove the probe gently, clean the probe head and patient's skin to remove residual coupling gel.

Always use under professional guidance. Clinical note: all treatment parameters must be selected and supervised by a qualified physiotherapist or licensed healthcare professional. Always keep the probe in continuous movement during active output. Never hold the probe stationary on the patient's skin as this may cause localised tissue heating and periosteal burns.

1 × LCD Ultrasonic Therapy main unit
1 × 1 MHz treatment probe with cable
1 × 3 MHz treatment probe with cable
1 × AC mains power cable
1 × user manual

Clinical settings

Physiotherapy clinics Rehabilitation centres Sports medicine facilities Orthopaedic departments Pain management clinics Hospital therapy departments Occupational therapy units

Suitable for

Physiotherapists Sports physiotherapists Rehabilitation specialists Occupational therapists Osteopaths and chiropractors

B2B distribution

Medical equipment distributors Hospital procurement teams Physiotherapy equipment suppliers Healthcare facility contractors

General Handling

✓ Handle the unit and probes with care; avoid dropping or subjecting the probe heads to mechanical shock which can damage the piezoelectric crystal. ✓ Place the unit on a stable, flat, dry surface during use and ensure cables are routed to prevent trip hazards. ✓ Inspect both probe cables, connectors, and output ports before each clinical session. ✓ Store probes with cables loosely coiled; never wrap cables tightly around the probe handle. ✓ Store the unit in a cool, dry environment away from direct sunlight and moisture when not in use.

Electrical Safety

✓ Connect to the correctly rated mains supply (AC 110V or 220V) matching the unit's specification. ✓ Never operate with a damaged power cable, plug, or probe cable. ✓ Switch off and disconnect from mains before connecting or disconnecting probe cables. ✓ Do not use in wet environments or where liquid spillage may contact the device. ✓ Do not open the unit casing; refer all internal servicing to qualified biomedical engineers only.

Patient Safety

⚠ Always keep the probe in slow, continuous circular movement during active output; a stationary probe will cause localised heating and tissue burns. ⚠ Confirm adequate coupling gel is applied before starting; reapply if the LCD display shows a warning or if the probe loses skin contact. ⚠ Increase intensity gradually from zero; never apply maximum intensity immediately at the start of a session. ⚠ Stop treatment immediately if the patient reports burning, sharp pain, or unusual heat at the treatment site. ⚠ Do not treat over areas where the patient cannot reliably report sensation, as thermal damage may occur without warning.

Cleaning & Maintenance

Wipe both probe heads with a clean, soft cloth after each patient use to remove coupling gel; do not immerse probes in liquid. ✓ Clean the unit casing with a cloth lightly dampened with a mild disinfectant; do not allow liquid to enter the LCD screen, buttons, or output ports. ✓ Inspect probe faces regularly for chips, cracks, or pitting; a damaged probe face must be replaced before further clinical use. ✓ Schedule periodic output calibration and safety testing by a qualified biomedical engineer in line with local clinical device standards. ✓ Maintain a service log recording calibration dates, probe inspections, faults, and corrective actions.

Regulatory notice: this device is for professional clinical use only. It must be operated, maintained, and stored in compliance with local medical device regulations. Output calibration should be verified periodically as per local clinical engineering standards. Always follow the instructions provided in the supplied user manual and consult your regional regulatory authority for applicable compliance and registration requirements.

Questions

Frequently Asked Questions

The 1 MHz probe penetrates to greater depths, reaching muscles, tendons, and joint structures down to approximately 5 cm. The 3 MHz probe has a shallower penetration depth of around 1 to 2 cm and is suited to superficial soft tissue conditions. The treating clinician selects the appropriate frequency based on the target tissue and clinical prescription.

Yes. Both the 1 MHz and 3 MHz probes connect simultaneously to their dedicated output ports. The active probe is selected using the FREQ button on the front panel, enabling quick switching between frequencies without disconnecting cables.

The unit offers Continuous mode, which delivers uninterrupted ultrasonic output, and two pulsed modes (Pulse A and Pulse B) that deliver output at different duty cycles. Pulsed modes reduce the thermal component of treatment and are typically used for acute or sub-acute conditions where tissue heating is not clinically indicated.

The LCD screen simultaneously displays all current treatment parameters including the output intensity level, the selected treatment mode, the active probe frequency (1 MHz or 3 MHz), and the session timer, allowing the clinician to monitor all settings at a glance without switching views.

Holding the probe stationary concentrates ultrasonic energy at a single point on the tissue surface, which can cause localised periosteal heating and burns, particularly near bony structures. Continuous, slow, circular probe movement distributes the acoustic energy evenly across the treatment area and prevents thermal hotspots. This is a fundamental safety requirement for all therapeutic ultrasound treatments.

Yes. ISO & CE marking documentation is available on request through SnapShopHub. Contact our export team with your specific regulatory and import requirements and we will provide the necessary paperwork to support customs clearance and local device registration.

Yes. SnapShopHub supplies single units for clinical evaluation as well as bulk quantities for hospital procurement, distributor orders, and clinic fit-out projects. Contact us for bulk pricing, lead times, and export shipping options to your destination.

LCD Ultrasonic Therapy 1 MHz & 3 MHz machine