The Stryker SonoPet Omni UST-2001 Ultrasonic Surgical System is an advanced surgical platform designed for precise ultrasonic tissue fragmentation, aspiration, and bone cutting during complex surgical procedures.Â
Equipped with a handpiece and footswitch, the system provides surgeons with enhanced control, accuracy, and efficiency in neurosurgical, spinal, ENT, and other delicate surgical applications.
Key Benefits of the Stryker SonoPet Omni UST-2001
Precision Surgical Performance
The SonoPet Omni system utilises ultrasonic technology to selectively fragment targeted tissue while helping preserve surrounding anatomical structures.
Enhanced Surgical Control
The included footswitch enables hands-free operation, allowing surgeons to adjust functions efficiently during procedures.
Versatile Clinical Applications
Suitable for a wide range of surgical specialties, including neurosurgery, skull base surgery, spinal procedures, and otolaryngology (ENT).
Improved Workflow Efficiency
The integrated aspiration and ultrasonic capabilities help streamline surgical procedures and support effective tissue management.
Reliable Stryker Engineering
Manufactured by Stryker, a recognised leader in surgical technology and medical equipment innovation.
Features
Advanced Ultrasonic Surgical Technology
- Ultrasonic tissue fragmentation and aspiration
- Precise bone sculpting and cutting capabilities
- Controlled energy delivery for delicate procedures
- Designed for high surgical accuracy
User-Friendly System Design
- Ergonomic handpiece for comfortable operation
- Footswitch-controlled functionality
- Intuitive system interface
- Supports procedural efficiency
Clinical Versatility
- Neurosurgical applications
- Skull base procedures
- Spine surgery
- ENT and head & neck surgery
- Tumor debulking and tissue resection
Specifications
| Specification | Details |
| Product Name | Stryker SonoPet Omni Ultrasonic Surgical System |
| Model Number | UST-2001 |
| Brand | Stryker |
| Condition | New |
| Included Components | System Console, Handpiece, Footswitch |
| Technology | Ultrasonic Surgical System |
| Application | Tissue Fragmentation, Aspiration, Bone Cutting |
| Surgical Specialties | Neurosurgery, Spine, ENT, Skull Base Surgery |
| Operation | Footswitch-Controlled |
| Manufacturer | Stryker |
Common Clinical Applications
Neurosurgery
Used for precise tissue removal and bone work during cranial and intracranial procedures.
Spine Surgery
Supports controlled bone removal and decompression procedures with enhanced precision.
ENT and Skull Base Surgery
Provides accurate bone sculpting and tissue management in anatomically sensitive areas.
Tumor Resection Procedures
Facilitates targeted tissue fragmentation and aspiration during complex surgical interventions.
Why Choose the Stryker SonoPet Omni UST-2001?
Healthcare facilities and surgical teams choose the SonoPet Omni UST-2001 because it combines ultrasonic precision, ergonomic control, and versatile surgical functionality.Â
The system is designed to help improve procedural accuracy while supporting efficient operating room workflows.
Frequently Asked Questions
What is the Stryker SonoPet Omni UST-2001 used for?
The SonoPet Omni UST-2001 is used for ultrasonic tissue fragmentation, aspiration, and bone cutting during neurosurgical, spinal, ENT, and skull base procedures.
Does this system include a handpiece and footswitch?
Yes. This configuration includes the ultrasonic surgical system, handpiece, and footswitch for complete surgical operation.
What type of technology does the SonoPet Omni use?
The system utilises advanced ultrasonic surgical technology that helps fragment tissue and perform precise bone work while providing controlled surgical performance.
Is the Stryker SonoPet Omni suitable for neurosurgery?
Yes. The SonoPet Omni UST-2001 is widely utilised in neurosurgical procedures requiring precision tissue management and bone removal.
What are the primary benefits of ultrasonic surgical systems?
Ultrasonic surgical systems offer enhanced precision, controlled tissue removal, efficient aspiration, and improved access to delicate surgical areas.
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