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By employing a laser beam to vaporize a portion of a material, a micro feature can be created. The most important component for creating optimal structures is the duration of the laser beam’s engagement with the substance.
LASIK, skin resurfacing, cavity preparation, biopsies, and the excision of tumors and lesions are all procedures that employ laser ablation. The CO2 laser beam simultaneously cauterized and ablates soft tissue during surgery, making it the most practical and widely used soft tissue laser.
The global laser ablation system market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The CE mark launch of the Visualase MRI-Guided Laser Ablation System was announced by Medtronic plc. Advanced MRI-guided laser ablation technology is offered by the Visualase system and is applicable to neurosurgical treatments.
The Visualase system employs an applicator to apply laser energy to the desired location. Unwanted soft tissue is eliminated as temperatures in the target area rise as light is given through the applicator1.
MRI scans are used to guide Visualase treatments, allowing for controlled and precise ablation. Patients often return home the next day because the surgery is minimally invasive.The sophisticated technique employs a particular applicator to deliver laser energy to the target area, where the temperature rises and the undesirable soft tissue is destroyed.
The system’s MRI guidance capacity enables precise and controlled ablation during the surgery, which is said to be less invasive.