Light Source:Xenon Flashlamp
Cooling Contact:Sapphire
Wavelength:Varies with Handpiece
Spot Size:Up to 16 mm x 46 mm (Varies with handpiece)
Fluency:Varies with Handpiece
Pulse width:10 – 100 ms
Speed:Up to 7.4 cm2/sec (Coverage Rate), Up to 1Hz (Pulse Rate)
Light Delivery:Direct-Delivery Handpiece
Electrical Requirements:100-240 V, 50/60 Hz
Dimensions:19″, (48 cm) L x 11″ (29 cm) H x 14″ (36 cm) D
Weight:54 lbs. (2.5kg)
LuxRs:Wavelength 650-1200 nm; Pulse Width 5-100 ms; Spot Size 12×28 mm; Energy up to 70 J/cm2
LuxR:Wavelength 650-1200 nm; Pulse Width 5-100 ms; Spot Size 16×46 mm; Energy up to 45 J/cm2
LuxYs:Wavelength 525-1200 nm; Pulse Width 5-100 ms; Spot Size 12×28 mm; Energy up to 80 J/cm2
LuxY:Wavelength 525-1200 nm; Pulse Width 1-100 ms; Spot Size 16×46 mm; Energy up to 48 J/cm2
LuxG:Wavelength 500-670 & 870-1200 nm; Pulse Width 1-100 ms; Spot Size 10×15 mm; Energy up to 70 J/cm2
LuxV:Wavelength 400-700 & 870-1200 nm; Pulse Width 1-400 ms; Spot Size 16×46 mm; Energy up to 26 J/cm2

Affordability and Value The Palomar EsteLux combines the latest flashlamp technology with streamlined engineering. It is a highly effective system for hair removal and vascular and pigmented lesion treatments that all physicians can afford. Moreover, the EsteLux Lux Y and Lux R handpieces have a 100,000-pulse lifespan to minimize maintenance costs and increase value.

Multiple Handpieces and Treatment Settings Several easily interchangeable handpieces (see sidebar at left) allow the EsteLux to treat a wide range of hair, pigmented lesions and vascular lesions. You can add more handpieces as you go, ensuring your system won’t become obsolete. In addition, operators can select from several pulsewidth/fluence settings, depending on the type of skin being treated and on whether the goal is longer-term results or faster treatments.

“The EsteLux is a very economical system that gives us results that our patients are pleased with for hair removal and the treatment of sun damaged skin.” Stephen Martin, M.D. Mobile, AL

Long-Pulse Technology with SpectruMax™ Filtering The EsteLux spreads each light pulse out over a longer time period than other systems, which allows it to safely pack the pulses with a broader spectrum of light. At the same time, the handpiece extracts heat from the skin for additional comfort and protection. Long-pulse technology and SpectruMax filtering provide better results even at the same power level as other systems.

Photon Recycling and a Large Beam for Increased Efficacy Photon Recycling is a process in which the handpiece captures light reflected out of the skin and delivers it back into the treatment target. This process — together with the large, deep penetrating beam — increases the efficacy of each light pulse by delivering more energy to the target area. This is especially helpful in treating thinner, lighter hair.

Handpiece Indicated Uses:

LuxRs™: Laser hair removal that removes hair on all skin types, from the fairest to the darkest, including tanned skin. Its small spot size is perfect for smaller areas such as the face, underarms and bikini line.

LuxR™: Laser hair removal that removes hair on all skin types, from the fairest to the darkest, including tanned skin. Its large spot size allows you to quickly cover big areas like the back, legs, and chest.

LuxYs™: Laser hair removal equipment that delivers higher peak power of the optimal wavelengths of light to treat difficult, resistant areas of finer, lighter hair, and delivers optimally-filtered light for the treatment of darker pigmented lesions, with a smaller spot size suited for targeted or difficult areas.

LuxY™: Offers high peak power of the optimal wavelengths of light to treat difficult, resistant areas of finer, lighter hair, and delivers optimally-filtered light for the treatment of darker pigmented lesions with a larger spot size for faster treatments on larger areas.

LuxG™: Comfortably clears pigmented and vascular lesions for skin rejuvenation, using dual filters for the optimal range of light.

LuxV™: Delivers wavelengths optimal for absorption by porphyrins to inhibit future acne breakouts, and delivers wavelengths optimal for targeting lighter, finer pigmented lesions.