Device comparison
Place up to three ALIX systems side-by-side and compare applications, technology, wavelengths, handpieces, and cooling.
Compare up to three systems
Only actually stored technical data are compared. If a value is missing, "—" is displayed – we provide data upon request.
| Key Figure |  Alix Shark |  Alix BlueIce Smart AI |
|---|---|---|
| Category | Alexandrite & ND:YAG | AI Diode Laser |
| Wavelengths | 755 · 1064 nm | 755 · 808 · 940 · 1064 nm |
| Applications | Hair Removal, Tattoo & Pigment, Alexandrite, Skin & Anti-Aging | Hair Removal, Alexandrite, Skin & Anti-Aging |
| Cooling | DCD, Compressor, Air | −36 °C Alix Freezing |
| Handpieces / Attachments | Spot size 7 different spot sizes | LED Laser Power Bar with 4 Attachments |
| Energy | 110–230 J | up to 120 J/cm² |
| Pulse Width | 0.25–100 ms | SHR & HR Mode |
| Frequency | 0.5–10 Hz | 1–10 Hz |
| Spot Size | Spot size 7 different spot sizes | 4 Large Spots with Alix Freezing |
| Control & AI | — | AI Smart Scanner 2.0 |
| Warranty | — | — |
| Documents & Inquiry |
Verfahren and Technologies im Comparison
Comparison
Diodenlaser vs. IPL
Diode Laser or IPL? Differences in light source, wavelength spectrum, treatment depth, pulse duration, and cost-effectiveness – objectively explained for studios and practices.
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Single vs. Multi-wavelength
808 nm alone or 755/808/940/1064 nm combined? Differences in penetration depth, skin types, area performance, and operating logic – a decision guide for studios and practices.
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Laser vs. Nadelepilation
Laser hair removal and needle epilation in objective comparison: operating principle, area performance, time required, suitability, and limitations – guidance for studios and practices.
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Alexandrit vs. Diodenlaser
755 nm Alexandrite or 808 nm Diode Laser: Differences in absorption, penetration depth, skin types, area performance, and operating costs – a decision guide for studios and practices.
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ND:YAG vs. Diodenlaser
1064 nm ND:YAG or 808 nm Diode Laser: Differences for darker skin types, penetration depth, vascular and pigment indications, and treatment comfort – objectively explained.
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Combination Device vs. Individual Devices
A combination system or several individual devices? Comparison of utilization, space requirements, setup times, downtime risk, and expandability for beauty salons and practices.
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Kauf vs. Leasing
Purchase, leasing, or lease-purchase for a professional laser system: Differences in liquidity, ownership, term, flexibility, and planning capability – without general figures.
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HIFU vs. Radiofrequenz
HIFU and Radiofrequency in comparison: effective depth, treatment duration, consumables, pulse logic, and suitability for beauty salons – objective and without promised results.
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Kryolipolyse vs. Kavitation
Cryolipolysis and Ultrasound Cavitation in comparison: process, treatment duration, applicators, parallel operation, and suitability for studios – without weight loss promises.
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ND:YAG vs. Picosekundenlaser
ND:YAG and Picosecond Lasers in comparison: pulse duration, color spectrum, number of sessions, investment cost, and suitability for studios offering tattoo removal.
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New Device vs. Used Device
New device or used device: Comparison of remaining lifespan, wear parts, service, documentation, spare parts supply, and risk when purchasing professional laser systems.
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