Wavelengths
Single and combined wavelength concepts and what they mean for skin types and hair structures.
Technology center
Engineering, not marketing vocabulary
This section explains how ALIX platforms work — from optics, cooling and pulse control up to the software layers that decide, verify and document every pulse. Device-specific figures, certificates and study references are loaded from the Product Hub and shown only with a UAE approval.
Hardware
Six things that decide a treatment day
Cooling
Contact cooling and thermal management for long treatment days in a hot climate.
Pulse control
Pulse duration, frequency and energy delivery as the operator's actual working range.
Handpieces
Spot sizes and applicators that decide throughput per session.
ALIX Lab
Development, testing and iteration programme behind new platforms.
Proof & studies
Documentation and evidence — published per device only when approved for the UAE.
Software architecture
From cloud intelligence down to the pulse itself
Eight layers connected by one stream of verified data. Which layers a given system uses depends on the platform.
L08CloudFleet orchestration, over-the-air updates, telemetry.
L07AI engineModel ensemble and inference scheduling.
L06Decision engineSimulation, verification, execution.
L05Physics engineDeterministic behaviour of light and tissue.
L04Laser controllerTiming and energy gating.
L03Cooling controllerThermal management and pre-cooling.
L02SensorsReflectance, temperature, flow, energy.
L01Device hardwareOptics, crystal, handpiece, power stage.
One pulse
Simulate, verify — only then execute
Each pulse passes the same sequence. Nothing reaches the hardware unverified.
- STEP 01
Sensor read
The device samples its measurement channels.
- STEP 02
Prediction
Expected thermal response is modelled.
- STEP 03
Energy calculation
Fluence and pulse envelope are derived.
- STEP 04
Cooling
Pre-cooling is committed before the pulse.
- STEP 05
Verification
Working bounds are re-checked.
- STEP 06
Pulse delivery
Energy is released.
- STEP 07
Feedback
Response is captured by the sensors.
- STEP 08
Learning
The outcome is queued for model refinement.
Sequence description only. No treatment parameters, timings or performance figures are claimed here; the qualified operator stays in control of every session.
Digital twin
Every device exists twice — once in metal, once in software
Each platform is mirrored in software: components, their function, their diagnostics and their service history. That mirror is what makes condition-based maintenance and remote support possible instead of guesswork on site.
- —Component-level view of the system
- —Diagnostics instead of trial and error
- —Service history kept with the device
- —Condition-based maintenance intervals
Cyber security
Trust is an engineering requirement
Connected devices are only acceptable when their communication, identity and updates are protected by design.
Encrypted communication
Transport and stored data are encrypted.
Signed artefacts
Firmware and model files carry digital signatures.
Device identity
Every system holds its own rotating certificate.
Zero trust
No implicit trust between platform services.
Medical software practice
Development follows medical software discipline.
Continuous monitoring
Anomalies are watched, not audited once.
ALIX Lab
How intelligence becomes a released product
A disciplined path from research to continuous improvement, with verification and validation as non-negotiable gates.
01Research02Medical physics03Simulation04Artificial intelligence05Algorithm training06Software engineering07Verification08Validation09Cyber security10Cloud infrastructure11Deployment12OTA updates13Continuous improvement
Device comparison
Compare platforms side by side
ALIX UAE
ALIX UAE PRODUCT PORTFOLIO
Our UAE product portfolio is currently being prepared for release. Contact our team for information about availability, demonstrations and distribution opportunities.