Palomar Starlux 300 / Palomar Starlux 500 Lux1540 Handpiece
Used Palomar Starlux 300 / Palomar Starlux 500 Lux1540 Handpiece for sale
What is Lux1540?
The Lux1540 is a Fractional ablative laser used to treat a multitude of skin imperfections such as acne scars, traumatic scars, fine lines, wrinkles, age spots, sun spots, melasma (dark-patterned facial pigmentation), moderate skin sagging, stretch marks, and other unwanted marks on the skin. This advanced handpiece provides practitioners with a spectrum of safe and effective laser and light-based therapies for a variety of cosmetic concerns.
How does Lux1540 Work?
The Lux 1540 utilizes fractional resurfacing technology in order to treat areas of skin imperfection. The handpiece emits hundreds of microscopic columns of laser energy that deeply penetrates the skin. This in turn stimulates collagen and elastin production in the skin as well as skin repair mechanisms, which results in internal rejuvenation of the area. Over time, the treated area becomes smoother and completely free from wrinkles, scars, dark pigments, age spots, stretch marks, and other skin imperfections.
What are the Advantages of Lux1540?
Unlike other laser handpieces, the Lux1540 offers the following advantages:
- Deep Skin Penetration: Lux1540’s microbeams penetrate deeper into the skin (up to 1 mm) compared to other handpieces.
- High Efficacy, No Downtime: The handpiece delivers greater energy per microbeam in a uniform manner than any other device, thereby increasing its efficacy and eliminating the need for recovery period.
- Faster and Convenient: Lux1540 does not require any anesthetic gels or creams, allowing the practitioner to direct all attention to the treatment area.
- Very Safe and Comfortable: By delivering microbeams in one short pulse at a time while simultaneously cooling the target area, the Lux1540 handpiece increases patient comfort and reduces the risk of thermal injury, overtreatment, or any other untoward reactions.
|Pulse Width||10 ms and 15 ms|
|Spot Size||10 mm,
12 x 12 mm,
|Energy||10 mm: 14-70 mJ/microbeam
12 x 12 mm: 20-70 mJ/microbeam
15 mm: 3-15 mJ/microbeam
|Dimensions||23 × 22 × 6 in|
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