Alma Soprano XLi

Product Description

SOPRANO XLI Virtually Painless Laser Hair Removal

The Soprano XLi is a cutting-edge 810nm diode laser platform that provides permanent hair removal for all skin types without causing pain or hair loss.

No other technology sets a new benchmark for almost painless laser hair elimination by delivering high average power while utilizing low fluency and high repetition rate.

Alma Soprano XLi Advantages

• Virtually Painless – Gradual heating of the dermis creates a comfortable treatment experience without any analgesics.
• Extreme Power – Clinically proven effective on all skin types, body parts, and pigmented hair.
• Intelligent Interface – Intuitive and user friendly 12″ color touch screen with pre-set parameters provides safe, consistent, reliable and effective results.
• Rapid Treatment Speed – Unmatched 10 Hz pulse repetition rate provides fast coverage without skipping spots while increasing practice throughput.
• Enhanced Ergonomics – Umbilical support reduces operator fatigue.
• NIR Module Available with all Platforms – Improves skin laxity and offers versatile treatment options and additional revenue streams.
• No Consumables – Low cost of ownership and high ROI to quickly build a successful practice.
• FDA Clearance – For skin types I-VI and tanned skin- Safe enough to treat all patients year round to generate continuous laser hair removal revenue.

Alma Soprano XLI Technical Specifications:

• Light Source: Diode (continuous wave)
• Wavelength: 810 nm
• Fluence/Power: up to 120 J/cm 2
• Spot Size: 12 x 10 mm
• Repetition Rate: up to 3 Hz
• Cooling: Contact cooling
• Electrical: 120/230 VAC, 13/6 A, 50/60 Hz
• Dimensions: 35 cm x 40 cm x 120 cm (13″ x 16″ x 47″)
• Weight: 50 kg (110 lbs)

Includes:

• Power cord, Key, Manual

Hand Pieces:

• 810 Diode
• NIR

Shot Counts:

• 1,112,533

Condition:

• Fully Operational, No Errors. No Faults.
• The machine is fully operational and in good cosmetic condition. There are some signs of use on the console.
• Single Owner system.