Effective tumour ablation and therapeutic heating require precise power delivery, accurate frequency control, and unwavering reliability. Alaris Kuhne’s solid-state microwave generators deliver clean, stable energy at 2.45 GHz, enabling predictable treatment zones, enhanced patient safety, and seamless integration into next-generation healthcare platforms.
In the industry, the below benefits have been proven:
- Consistent Ablation Zones – Precise power and frequency control support predictable, reproducible clinical outcomes.
- Enhanced Safety & Reliability – Integrated protection mechanisms ensure safe, stable operation for both patients and practitioners.
- Designed for Easy Integration – Compact, solid-state design enables effortless integration into advanced medical systems.
Alaris Kuhne’s solutions are ideal for integration into medical equipment across a wide range of therapeutic and research fields, including:
- Targeted Tumour Treatment – Controlled energy delivery at depth for consistent, well-defined ablation zones.
- Controlled Tissue Heating – Supports precision heating for pain management, rehabilitation, and specialised therapies.
- Cosmetic & Skin Therapies – Enables effective skin rejuvenation, fat reduction, and other non-invasive treatments.
- Medical R&D Innovation – Offers a flexible, controllable platform for developing and testing new treatment modalities.
The two products we wish to feature in this article, are:
- KU SG 2.45-250 D Microwave Power Generator
- Optimised for microwave ablation and heating applications.
- Provides precise power and frequency control, adjustable in 1 W steps, with sweep and pulse modes.
- 2.45 GHz / 250 W ISM-band source for reliable, controlled microwave energy delivery.
- KU SG 2.45-450 A Microwave Power Generator
- Pulsed operation option; for improved thermal power distribution
- Offers precise power and frequency control for advanced applications.
- Functions as a standalone generator or as part of a power-combined system.
For more information, please visit the Alaris Kuhne website, or contact our offices for further discussions.
