Percutaneous Thermal Ablation for Solid Tumors
Treatment Solution
The Baird Medical Microwave Ablation System is a minimally invasive thermal ablation technology designed for the treatment of solid tumors. It uses microwave energy to generate high intratumoral temperatures, resulting in rapid and effective tissue necrosis.
MWA offers precise, predictable ablation zones and is widely used by interventional radiologists for percutaneous tumor treatment.
What is Bone Metastasis?
Bone metastasis occurs when cancer cells spread from their original site to the bones, where they can form secondary lesions. These lesions may cause persistent pain, reduced mobility, weakened bone structure, and, in some cases, an increased risk of fracture, making careful clinical and imaging assessment important in treatment planning. In selected cases, a targeted and minimally invasive approach may be considered as part of symptom management and local tumour control.
How Microwave Ablation System Treats Bone Metastasis
Microwave ablation is a minimally invasive thermal technique that delivers electromagnetic energy through a needle-like applicator placed into the target lesion under image guidance. The generated heat causes local tumour destruction within the treated area, and in bone metastasis this approach may be considered to help reduce tumour-related pain and support local control in selected patients. In some settings, it may also be combined with other supportive interventions depending on the location and condition of the affected bone.
Key Benefits
- Minimally invasive treatment approach
- Targeted ablation of selected bone lesions
- Image-guided precision during treatment
- May help reduce tumour-related pain
- Supports local control in selected cases
- Can be considered when a focused treatment strategy is needed
- May be combined with additional supportive measures in appropriate cases
- Designed to minimise disruption to surrounding tissue
