Shockwave Therapy Machines

The MNLT focused piezoelectric shockwave therapy machine is designed for rehabilitation clinics, sports medicine practices, physiotherapy centers and qualified medical users seeking precise extracorporeal shock wave therapy (ESWT). Unlike radial pneumatic systems that disperse mechanical energy from the skin surface, its concave piezo-ceramic array generates pressure pulses that converge directly at a defined focal area.

This configuration allows clinicians to select either a compact focal point for localized musculoskeletal targets or an elongated linear field for extended, relatively superficial structures. Buyers comparing the broader modality portfolio can review our professional physical therapy equipment range.

Professional-use notice: Indications, energy settings and treatment protocols must be determined by qualified practitioners according to patient assessment, local regulations and the approved device documentation.

Direct-Focusing Piezoelectric Engineering

Concave Piezo-Ceramic Array

Piezo-ceramic elements are arranged on a concave surface. A brief high-voltage pulse excites the elements simultaneously, producing pressure pulses that converge in a defined focal zone. This direct-focusing architecture does not require an additional reflector and is designed to preserve focal geometry as the intensity setting changes.

Controlled Treatment Depth

Interchangeable gel pads act as spacers between the applicator and the patient. By moving the static focal area closer to or farther from the skin surface, they adjust the target depth in 5 mm increments while minimizing unnecessary acoustic scattering.

Two Complementary Focal Geometries

Pinpoint-focused applicator: Concentrates energy within a small focal volume for localized pain points and deeper musculoskeletal structures.

Linear-focused applicator: Spreads energy along an elongated field for dynamic application across tendons, fascia and larger superficial structures.

 

Applicators, Focal Zones and Clinical Scope

Pinpoint Focused Applicator

Focal zone: 10 × 2.5 × 2.5 mm.

Central penetration depth stated in the brochure: 40 mm.

Maximum energy flux density (EFD): 0.82 mJ/mm².

Gel pad sizes: 5, 10, 15, 20, 25, 30, 35 and 40 mm.

Brochure penetration references: 66, 44 and 40 mm, depending on the defined acoustic-pressure boundary.

This applicator is positioned for precise localization of musculoskeletal pain points, tendinopathies, myofascial trigger points and nonunion-related targets, subject to professional assessment.

Linear Focused Applicator

Focal zone: 50 × 20 × 5 mm.

Central penetration depth stated in the brochure: 20 mm.

Maximum EFD: 0.17 mJ/mm².

Gel pad sizes: 5, 10, 15 and 20 mm.

Brochure penetration references: 30, 29 and 20 mm, depending on the defined acoustic-pressure boundary.

The elongated field supports homogeneous energy transfer along superficial myofascial structures, including the Achilles tendon and plantar fascia. The brochure also identifies specialist applications in urology and chronic-wound care; these require appropriate clinical credentials and jurisdiction-specific approval.

For facilities combining targeted ESWT with radiofrequency-based rehabilitation, the MNLT smart Tecar therapy device utilizing RET and CET radiofrequency offers a complementary treatment mechanism.

Programmable Treatment Modes and Workflow

Standard focused delivery: Enables direct adjustment of treatment energy and pulse parameters for routine ESWT protocols.

T-Burst mode: Delivers successive pulse packages separated by a defined pause. Pulse duration, pause duration and frequency are configured before treatment.

T-Ramp mode: Gradually increases frequency over a preset time interval, supporting dynamic application across tendons, the musculotendinous junction and the muscle belly.

Compact mobile console: The upright wheeled chassis organizes both applicators and supports movement between treatment rooms.

Touchscreen interface: Provides an operator-focused control surface for selecting applicators and treatment modes.

 

Technical Specifications

Parameter	Brochure-Verified Configuration
Technology	Focused piezoelectric extracorporeal shock wave therapy
Applicator Configuration	Pinpoint focused + linear focused
Pinpoint Focal Zone	10 × 2.5 × 2.5 mm
Pinpoint Central Penetration	40 mm
Pinpoint Maximum EFD	0.82 mJ/mm²
Pinpoint Gel Pads	5 / 10 / 15 / 20 / 25 / 30 / 35 / 40 mm
Pinpoint Penetration References	66 / 44 / 40 mm
Linear Focal Zone	50 × 20 × 5 mm
Linear Central Penetration	20 mm
Linear Maximum EFD	0.17 mJ/mm²
Linear Gel Pads	5 / 10 / 15 / 20 mm
Linear Penetration References	30 / 29 / 20 mm
Programmable Modes	Standard focused delivery, burst sequence, frequency ramp
Interface	Color touchscreen control panel
System Format	Mobile floor-standing console with dual applicator holders
Parameters Not Stated in Brochure	Input voltage, rated power, frequency range, pulse count range, dimensions, net weight and certifications require final specification-sheet confirmation

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MNLT Factory and Project Support

Shandong Moonlight Electronics Tech supports clinics and distributors with configuration review, operator materials, clinical application guidance and OEM/ODM discussions. Available project options may include casing color, startup-screen branding, language localization and packaging customization, subject to order quantity and final technical confirmation.

Before publication or purchase, confirm the destination market's intended-use classification, certification documents and final electrical specification. Review our manufacturing background and quality-control capabilities.

Buyer FAQ and Factory-Direct Enquiry

How is focused piezoelectric shockwave different from radial shockwave?

Focused piezoelectric technology converges pressure waves at a defined depth and focal geometry. Radial systems deliver their highest pressure near the applicator surface and distribute energy outward. The appropriate modality depends on the tissue target and clinical protocol.

Why are two applicators included?

The pinpoint applicator concentrates energy within a compact focal zone for localized and deeper targets. The linear applicator covers an elongated field for extended superficial structures and dynamic treatment paths.

How is penetration depth adjusted?

Interchangeable gel pads act as spacers and alter the relationship between the static focal point and the skin surface in 5 mm increments.

Which treatment modes are available?

The brochure describes standard focused delivery, a burst mode with programmable stimulation and pause periods, and a ramp mode that increases frequency over a defined interval.

Can MNLT provide wholesale and OEM support?

Yes. Share the required market, quantity, voltage, branding and regulatory needs so the factory can confirm the final configuration and documentation package.

Request the Final Configuration and Quote

Confirm the complete electrical and pulse-parameter specification.

Request applicator, gel-pad and accessory details.

Discuss OEM branding, distributor pricing and shipping options.

Contact the MNLT rehabilitation equipment team for a factory-direct quotation and final technical datasheet.

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