532 nm KTP Diode Pumped, Solid-State Laser

(For sale outside of the USA)

The DioLiteXP offers solid-state reliability, true portability, efficient operation, and clinical versatility. It provides the physician all the tools necessary to successfully treat vascular and pigmented lesions with optimal treatment results. The high power and short pulse durations give true selective photothermolysis and eliminate postoperative purpura.

The laser uses a standard wall outlet, consumes less than 350 Watts of electrical power and has no special cooling requirements. The laser has a low cost of ownership with no routine maintenance and minimal operating costs.

The complete system includes the DioLiteXP laser console, 3 handpieces, a ClearView™ polarized light illumination system, and patient/physician glasses.


Optional Accesory: ScanLiteXP™ Scanner –
a fractional treatment for large-area vascular and pigmented lesions

The ScanLiteXP is a computer pattern generator with integrated controls designed to enhance the capabilities of the VariLite™ Laser System.

The ScanLiteXP allows rapid delivery of MicroSpot™ exposures with controlled spacing over large treatment areas.  The focal treatment spots are spaced precisely to leave untreated zones between the exposures.  These zones act as thermal dissipation volumes during treatment allowing the use of higher energy densities, which then become healing centers for maximum safety and fast recovery.  The 532 nm wavelength is selectively absorbed by oxyhemoglobin in the papillary dermis and by melanin at the D/E junction resulting in selective injury to tissue columns to a depth of 250 to 450 microns during laser facial treatments, and allowing the treatment of vascular lesions to a depth of 1.2 mm.

The lightweight, ergonomically designed ScanLiteXP is ideal for rapid, full-face treatments to improve the appearance of blemishes producing a more uniform skin texture and tone; and for the treatment of large-area lesions such as poikiloderma of civatte, port wine stains, and matted telangiectasia.  The user-friendly design allows easy selection of a variety of pattern shapes, sizes and densities to ensure better target matching and minimization of collateral thermal damage.  The unique variable density of the ScanLiteXP allows selection of higher energy in open patterns to maximize lesion clearance while minimizing bulk heating of tissue.

Learn more about previously owned lasers