Deutscher Laser · HLS Germany
The most powerful German Q-switched Nd:YAG laser in the market
BiAxis QS pairs German state-of-the-art engineering with high-energy photoacoustic technology to deliver superior pigment and tattoo clearance — with three times more pulses than any other Q-switched laser, translating into high revenue potential for your practice.
A single platform handles multiple applications across all skin types, combining Q-switched precision, photoacoustic double-pulse power and a Free Running mode for collagen remodeling.
High energy output with safety via twin-pulsed photoacoustic technology.
Zoom handpiece & fractional tip — no need to change the entire handpiece.
A photodiode on the optical path auto-compensates power drop for stable output.
Reliable, reproducible energy delivery on every shot.
Four Working Modes
One Platform, Four Modes
Nanosecond Q-switched pulses (6–20 ns) at 1064nm for deep dermal pigment and dark-colour tattoo clearance across all skin types.
Nanosecond Q-switched pulses at 532nm for superficial/epidermal pigment and red, orange and brown tattoo inks.
Delivers twin-pulsed, high-output energy at very short intervals — less injury, less pain, faster regeneration and minimal side effects such as hypo-pigmentation and PIH.
Longer micro-second pulses (150 µs) gently heat the skin to stimulate collagen — ideal for skin rejuvenation and dermal remodeling.
Treatments
A Single Platform for Many Indications
Specifications
Technical Specifications
| Modes | 1064nm QS · 532nm QS · 1064nm HPT (Double Pulse) · 1064nm FR (Free Running) |
|---|---|
| Wavelength | 1064 nm & 532 nm |
| Max Pulse Energy | QS: 1.0 J (1064nm) / 0.5 J (532nm) · HPT: 1.7 J · FR: 2.2 J |
| Pulse Width | QS: 6–20 ns · HPT: 2 × 6–20 ns · FR: 150 µs |
| Aiming Beam | Red (650 nm), variable intensity |
| Spot Size | 2–10 mm (adjustable in 1 mm steps) |
| Repetition Rate | 1–10 Hz |
Clinical Results
Before & After














Each photo shows the patient before (left) and after (right) treatment. Images are for illustration; individual results may vary.