microablative

Microablative refers to a process or technology that involves the removal of very small amounts of material from a surface. This material removal is typically done in a controlled and precise manner, often at a microscopic or even nanoscopic level. The term "ablation" itself means to wear away or remove.

In practice, microablation is often achieved using methods like lasers, plasma, or focused ion beams. These techniques allow for selective and minimal removal of material without significantly affecting the surrounding areas. The depth and area of material removed can be precisely controlled, making it useful for delicate applications.

Microablative processes find applications in various fields. In manufacturing and electronics, they can be used for precise etching of substrates, cleaning surfaces at a microscopic level, or creating intricate patterns. In medicine, microablation techniques are explored for minimally invasive procedures, such as resurfacing skin to treat wrinkles or scars, or in certain ophthalmic surgeries. The precision allows for targeted treatment with reduced collateral damage compared to traditional ablative methods.