URSA™ SHOCKWAVE Systems

URSA shockwave systems operate using controlled acoustic pressure waves delivered through radial energy generation mechanisms. Each configuration is developed around defined pressure behavior, stable output control, and predictable operational boundaries.

URSA™ SHOCKWAVE P10

Radial shockwave system with controlled pressure output up to 10 bar
Adjustable frequency and pressure parameters for defined energy.
Adjustable pulse frequency range from 1–22 Hz for controlled treatment delivery

URSA™ SHOCKWAVE P8

Radial shockwave system with controlled pressure output up to 8 bar
Adjustable frequency and pressure parameters for defined energy.
Adjustable pulse frequency range from 1–22 Hz for controlled treatment delivery

Shockwave System Architecture

URSA approaches shockwave therapy as a controlled acoustic pressure wave generation platform rather than a feature-driven device. Systems are engineered around regulated pressure output, defined frequency behavior, and structured operational limits to ensure stable and predictable energy transmission across clinical use scenarios.
Pressure generation and delivery are managed through dedicated control systems, allowing consistent output within defined parameters without unintended variation or instability. System architecture prioritizes output consistency, operational safety constraints, and sustained performance under extended clinical workloads.

Clinical Application Scope

Shockwave in Rehabilitation Practice

Shockwave therapy is applied in rehabilitation environments where controlled acoustic pressure waves are used to support structured therapeutic protocols.
The modality is integrated into musculoskeletal and soft tissue management workflows under professional supervision.
Its role is typically defined by the treatment area, depth of application, and the mechanical response required during the session.

Soft Tissue Applications

Radial shockwave systems deliver mechanical pressure waves through superficial and intermediate tissue layers. This configuration is commonly incorporated into:
• Soft tissue rehabilitation protocols
• Muscle-focused treatment sessions
• Myofascial treatment workflows
• Preparatory or complementary manual therapy integration
Radial energy delivery is typically selected where controlled mechanical stimulation of soft tissue structures is required within defined treatment parameters.

Tendon & Structural Focus

Radial shockwave systems deliver mechanical pressure waves through superficial and intermediate tissue layers. This configuration is commonly incorporated into:
• Soft tissue rehabilitation protocols
• Muscle-focused treatment sessions
• Myofascial treatment workflows
• Preparatory or complementary manual therapy integration
Radial energy delivery is typically selected where controlled mechanical stimulation of soft tissue structures is required within defined treatment parameters.

Musculoskeletal Rehabilitation Context

Within musculoskeletal therapy settings, shockwave systems are utilized as part of broader rehabilitation strategies that may include:
• Manual therapy
• Therapeutic exercise
• Functional retraining
• Load management protocols
The modality operates as part of a structured and clinically supervised treatment plan rather than as a standalone intervention.

Functional Recovery & Performance Settings

Within musculoskeletal therapy settings, shockwave systems are utilized as part of broader rehabilitation strategies that may include:
• Manual therapy
• Therapeutic exercise
• Functional retraining
• Load management protocols
The modality operates as part of a structured and clinically supervised treatment plan rather than as a standalone intervention.

Professional Use Environment

URSA shockwave systems are intended for use in:
• Physiotherapy clinics
• Sports rehabilitation centers
• Orthopedic rehabilitation facilities
• Professional therapy practices
Operation is conducted by trained professionals within structured clinical frameworks.