High Power Output
Up to 500W continuous wave (CW) or pulsed output. Scalable configurations from 100W to multi-kilowatt systems for different clinical applications.
High-performance RF power amplifiers engineered for focused ultrasound applications. Drive piezoelectric transducers with precision and reliability for tumor ablation, neurological therapy, and aesthetic treatments—trusted by HIFU system developers worldwide.
High-Intensity Focused Ultrasound (HIFU) is a non-invasive therapeutic technique that uses focused acoustic energy to precisely heat and ablate tissue deep within the body—without incisions or radiation.
How HIFU works: An RF power generator drives piezoelectric transducers that convert electrical energy into ultrasound waves. These waves are focused—like sunlight through a magnifying glass—to a precise focal point in the tissue, where temperatures can reach 60-85°C, causing coagulative necrosis of the target tissue while sparing surrounding structures.
The RF generator's role is critical: it must deliver stable, precisely controlled power at the exact frequency required by the transducer, with fast response times for real-time treatment control. Power output, frequency stability, and impedance matching directly impact treatment efficacy and safety.
Market growth: The global HIFU market reached $1.2 billion in 2024, driven by increasing adoption in oncology (41% market share), neurology, and aesthetics. Non-invasive alternatives to surgery are in high demand.
Converts AC power to precise RF signal at transducer resonant frequency
Optimizes power transfer between generator and transducer
Converts RF energy to focused acoustic waves
Real-time guidance via ultrasound or MRI for precise targeting
Engineered for demanding therapeutic applications with the precision and reliability required for clinical and research HIFU systems.
Up to 500W continuous wave (CW) or pulsed output. Scalable configurations from 100W to multi-kilowatt systems for different clinical applications.
0.5 MHz to 7 MHz covers all HIFU applications—from deep tissue ablation (0.5-1 MHz) to superficial aesthetic treatments (3-7 MHz).
Support for phased array transducers with up to 256 independently controlled channels. Electronic beam steering and focal point adjustment.
<10 μs rise/fall times for precise pulsed operation. Real-time power control for temperature-guided therapy and motion tracking.
VSWR protection, over-temperature shutdown, and arc detection. Hardware interlocks and software limits ensure safe operation.
USB, RS-232, and Ethernet interfaces for system integration. Full programmable control via API with LabVIEW and Python drivers.
Our RF power generators support the full spectrum of focused ultrasound applications—from life-saving tumor ablation to cutting-edge research.
Non-invasive treatment of solid tumors in prostate, liver, breast, kidney, and bone. HIFU offers an alternative to surgery for patients who are not surgical candidates. The 2024 oncology segment represents 41% of the global HIFU market, with FDA-cleared systems like Focal One® driving adoption.
MRI-guided focused ultrasound for essential tremor, Parkinson's disease tremor, and neuropathic pain. HIFU can create precise lesions in deep brain structures without opening the skull—a breakthrough alternative to invasive neurosurgery. Our MRI-compatible generators enable integration with MRgFUS platforms.
Non-invasive skin tightening, wrinkle reduction, and body contouring. Higher frequency HIFU (3-7 MHz) targets the SMAS layer and subcutaneous fat for cosmetic improvement without surgery. The aesthetic HIFU segment is the fastest-growing market, driven by consumer demand for minimally invasive treatments.
Flexible configurations for academic and industrial R&D. Develop new HIFU applications, validate treatment protocols, and characterize transducer performance. Our generators support the full research cycle from bench experiments to preclinical studies and regulatory submissions.
Designed for integration into commercial HIFU systems. Compact form factor, comprehensive API, and regulatory documentation support FDA 510(k) and CE marking submissions. Volume pricing and design-in support for OEM partnerships.
Low-intensity pulsed HIFU for enhanced drug delivery, blood-brain barrier opening, and sonodynamic therapy research. Precise pulse control enables investigation of bioeffects beyond thermal ablation.
Available in multiple configurations to match your application requirements. Custom specifications available for OEM projects.
Purpose-built for therapeutic ultrasound with the reliability and support that medical device developers demand.
ISO 13485 certified manufacturing. Designed and documented to support FDA 510(k) and CE marking submissions for your HIFU system.
Our RF engineers understand HIFU applications. Get expert support for transducer matching, thermal management, and system integration.
Worldwide shipping with local support in North America, Europe, and Asia-Pacific. Evaluation units available for qualified projects.
Full software control via documented APIs. LabVIEW VIs, Python libraries, and C/C++ SDK included. Rapid integration with your control system.
5-year product availability guarantee. Extended warranty options. Calibration and maintenance services to keep your system running.
Need a specific frequency, power level, or form factor? Our engineering team can customize generators for your unique requirements.
High-Intensity Focused Ultrasound (HIFU) uses focused acoustic energy to heat and destroy targeted tissue non-invasively. An RF power generator drives piezoelectric transducers that convert electrical energy into ultrasound waves. These waves are focused to a precise point in the body—like sunlight through a magnifying glass—where temperatures reach 60-85°C, causing thermal ablation of the target tissue while sparing surrounding structures.
Frequency selection depends on treatment depth and target tissue. Lower frequencies (0.5-1 MHz) penetrate deeper (up to 15 cm) and are used for tumor ablation in liver, kidney, and prostate. Mid-range frequencies (1-3 MHz) are common for neurological HIFU and general therapeutic applications. Higher frequencies (3-7 MHz) provide precise, shallow penetration for aesthetic treatments targeting skin layers. Our team can help you select the optimal frequency for your specific application.
Yes. We offer MRI-compatible versions with EMI shielding and non-magnetic construction for MR-guided Focused Ultrasound (MRgFUS) applications. These generators can operate inside the MRI suite without interfering with imaging. The shielded version has been validated at 1.5T and 3T field strengths. Contact us to discuss your specific MRI integration requirements.
Yes. We offer multi-channel configurations with up to 256 independently controlled channels for phased array transducers. Each channel provides individual amplitude and phase control for electronic beam steering and focal point adjustment. Multi-channel systems include synchronization features for coherent operation. Single-element and annular array transducers are also fully supported.
Safety is built into every generator: VSWR protection automatically reduces power if reflected power exceeds safe limits (prevents transducer damage). Over-temperature protection monitors internal temperatures and shuts down before overheating. Arc detection instantly cuts power if arcing is detected in the RF path. Hardware interlocks support external safety switches and emergency stops. Software limits allow you to define application-specific power and duration limits.
We provide comprehensive documentation to support your regulatory submissions: Design history file including specifications, test reports, and traceability. Risk analysis per ISO 14971. EMC test reports per IEC 60601-1-2. Electrical safety testing per IEC 60601-1. Certificates of conformance and calibration. Our regulatory affairs team can assist with FDA 510(k) and CE marking questions.
Yes. We work closely with HIFU system developers on OEM projects: Custom frequencies matched to your transducer. Modified form factors for integration into your system enclosure. Custom interfaces and control protocols. Private labeling available. Volume pricing for production quantities. We can also provide design-in support, prototypes, and engineering samples for evaluation.
Standard warranty is 2 years covering parts and labor. Extended warranty options up to 5 years are available. Support includes: Phone and email technical support during business hours. Remote diagnostics via network connection. Repair and calibration services at our facility. Loaner units available for qualified customers during repairs. On-site service available for an additional fee.
Ready to power your HIFU application? Contact us for pricing, specifications, or to discuss your project requirements with our engineering team.