NeoVive and it’s Role in Medical Innovation

The fractional CO2 laser device delivers powerful skin rejuvenation by creating tiny, controlled injuries in the skin, called microthermal zones. These microinjuries vaporize small columns of tissue, removing damaged skin and stimulating collagen production. Unlike lasers that primarily heat the skin, such as thulium lasers, the fractional CO2 laser actively removes small amounts of tissue, promoting more effective skin remodeling and faster healing.

The laser produces uniform, three-dimensional columns of thermal damage, leaving the surrounding healthy skin unharmed. This pattern accelerates recovery while ensuring patient safety.

Energy Delivery

The laser sends out energy in a grid-like pattern, treating only a fraction of the skin at a time. This pattern leaves healthy areas of skin untouched, helping the patient recover more quickly.

•  Residual thermal damage indicates the depth of laser generation and treatment strength.
• Higher energy levels (fluence) can enhance effectiveness.
• Heating the skin to approximately 66.8 degrees Celsius causes collagen contraction, tightening wrinkles and scars.
• The treatment triggers a natural repair process, in which collagenases break down old fibers and produce new, healthy collagen

Features of the NeoVive

Today, there are many variations and settings to help you match each patient’s needs. The NeoVive offers advanced control, allowing tailored treatments for each patient. These include adjustable pulse duration, energy level, and spot size, which can affect the depth and intensity. Other features include cooling systems for comfort. Smaller spot sizes are more precise and improve target accuracy, and high water absorption prevents excessive energy penetration.

The CO2’s helps with a variety of treatments, including acne scars, fine lines, pigmentation, and stretch marks. In the future, you can expect more from this technology. Apolomed is focused on making treatments less invasive and more comfortable for the patient. New designs aim to improve precision, speed up the healing process, and, most importantly, make treatments safer.