Ultrasound Transducer Manufacturer​

No, Sonele does not offer contract development services or work-for-hire for transducer design. Instead, we provide high-performance OEM transducers tailored to customer-specific requirements and supplied in various volumes.

Sonele, as an original equipment manufacturer (OEM) of high-performance transducers and probes for over 25 years, has established a significant portfolio of proprietary intellectual property (IP). In the course of providing services to its customers, Sonele leverages the entirety of its intellectual property portfolio and significantly invests in and continuously improves upon such technologies. This solid intellectual property strategy allows Sonele to maintain its leading position in the industry and offer devices that are of high quality yet affordable. As such, Sonele is not in the business of generating and assigning intellectual property rights to our clients.

• High-Resolution Imaging Potential – Our high-element-count 2D arrays, excellent element-to-element consistency, and optimized bandwidth are designed to support sharper, higher-contrast images with reduced artifact risk.
• Enhanced Signal Integrity – Engineered to maximize energy efficiency and signal clarity, our transducers can improve penetration depth and reduce noise, supporting clearer data acquisition.
• Wider Acceptance Angles & Beam Steering – Our technology provides greater flexibility in imaging angles, facilitating visualization of challenging anatomical regions without repositioning the probe.
• Consistent & Reliable Performance – Minimal variability between transducers ensures predictable, repeatable imaging results, potentially reducing system calibration complexity.
• Smaller, More Versatile Form Factors – Our miniaturized ultrasound solutions enable higher-precision imaging, particularly for minimally invasive and catheter-based applications.

• Prolonged Duty Cycle Capabilities – Sonele’s transducers, including the acoustic front face, are designed to stay cool during high-power operation, enabling sustained energy delivery without overheating.
• Efficient Beam Steering for Targeting – Wide-range beam steering allows the focal zone to be repositioned electronically, potentially reducing the need for manual probe adjustments and supporting more efficient treatment workflows.
• Precise Energy Delivery – Our grating-lobe-free designs help concentrate therapeutic energy at the intended focal point, minimizing the risk of unintended heating outside the target area.
• Higher Power Density & Efficiency – Our transducers generate focused, high-intensity ultrasound with minimal energy loss, supporting advanced applications such as HIFU and neuromodulation.

Absolutely. Start by filling out our contact form and telling us about your application. In most cases, we will need to perform some initial simulation work on our end before we can get back to you with a definitive answer.