The URSA™ Ultra D2C is a professional therapeutic ultrasound system designed for physiotherapy and rehabilitation applications. The system features two independent ultrasound channels, with each channel capable of operating at either 1 MHz or 3 MHz. Adjustable ultrasound intensity from 0.15–3.0 W/cm² provides configurable energy delivery across a range of clinical applications, while the compact system architecture reduces equipment footprint without compromising core treatment functionality.
Key Features
- Dual independent ultrasound channels
- Selectable 1 MHz or 3 MHz operation on each channel
- Ultrasound intensity range of 0.15–3.0 W/cm² per channel
- Independent frequency selection for each channel
- Compact system architecture
- Touchscreen control interface
- Adjustable treatment parameters
- Designed for professional physiotherapy and rehabilitation environments
System Overview
Dual-Channel Ultrasound Architecture
The URSA™ Ultra D2C incorporates two independent ultrasound channels. Unlike systems with fixed-frequency channels, each channel can be configured independently for either 1 MHz or 3 MHz operation.
This allows the operator to configure both channels according to the selected treatment application without being restricted to a fixed frequency assignment.
Ultrasound Frequency
The system supports two operating frequencies:
1 MHz
Suitable for applications requiring deeper ultrasound energy penetration.
3 MHz
Suitable for applications targeting more superficial tissues.
Each channel can independently operate at either frequency.
Adjustable Intensity
Each ultrasound channel provides an adjustable intensity range of:
0.15–3.0 W/cm²
Output intensity can be configured according to the treatment objective, tissue characteristics, and clinical assessment.
Touchscreen Control
The integrated touchscreen interface provides access to:
- Channel selection
- Independent frequency selection
- Ultrasound intensity adjustment
- Treatment time configuration
- Operating mode selection, where applicable
- Real-time parameter monitoring
Applications
The URSA™ Ultra D2C is designed for professional use in:
- Physiotherapy clinics
- Rehabilitation centers
- Sports rehabilitation facilities
- Physical therapy departments
- Musculoskeletal rehabilitation
The system may be incorporated into treatment programs where therapeutic ultrasound is clinically indicated.
Technical Specifications
| Specification | Details |
|---|---|
| Product Model | URSA™ Ultra D2C |
| Technology | Therapeutic Ultrasound |
| Ultrasound Channels | 2 Independent Channels |
| Operating Frequency | 1 MHz / 3 MHz |
| Frequency Selection | 1 MHz or 3 MHz independently selectable per channel |
| Intensity Range | 0.15–3.0 W/cm² per channel |
| Applicators | 2 Ultrasound Applicators |
| Interface | Touchscreen |
| Treatment Time | Adjustable |
Standard Configuration
- Ultra D2C main unit ×1
- Ultrasound applicator ×2
- Power cable
- Accessories kit
Compact System Architecture
The URSA™ Ultra D2C incorporates a compact enclosure designed to reduce the equipment footprint within the clinical environment while maintaining a dual-channel ultrasound configuration.
Its compact architecture makes the system suitable for treatment rooms where available workspace is limited.
Professional Use
The URSA™ Ultra D2C is intended for operation by trained healthcare and rehabilitation professionals familiar with therapeutic ultrasound and its clinical application.
Why Choose the URSA™ Ultra D2C?
The Ultra D2C combines a compact system architecture with two independently configurable ultrasound channels. Each channel can operate at either 1 MHz or 3 MHz, providing greater configuration flexibility than systems with fixed-frequency channel assignments.
With adjustable intensity from 0.15–3.0 W/cm² per channel and touchscreen parameter control, the system provides a structured platform for professional therapeutic ultrasound applications.
Warranty
1-Year Warranty
The URSA™ Ultra D2C is supplied with a 1-year warranty, subject to the applicable warranty terms and conditions.













