Active water coolingProbe cooling down to −1°C supports surface-focused thermal management.
Fractional Radiofrequency
THLADWater-Cooled RF Platform
A professional platform pairing active water cooling with radiofrequency energy and an 80-pin fractional RF tip for controlled, layered skin protocols.
Cooling down to −1°C480W maximum output80-pin fractional tip
THLAD
−1°CProbe cooling
480WMax output
475JMax energy
Dual-energy planning
Two delivery systems. Three planning views.
Explore water-cooled RF, the 80-pin fractional handpiece and application planning for face and body areas.
−1°CPROBE TARGET
80 PIN
01Assess
02Select
03Plan
COOLENERGY
ACTIVE WATER CIRCUITWater-cooled RF
Water-cooled RF
Protect the surface
Active water circulation supports a probe temperature down to −1°C during controlled RF delivery.
- Surface-focused cooling
- Up to 480W platform output
- Face and body planning
Protection & performance
Cold at the surface.
Controlled energy below.
THLAD coordinates an active water circuit, RF output and fractional delivery so trained operators can plan surface protection and target-layer energy together.
−1°C
Surface coolingEpidermis
RF deliveryTarget layer
480WMax output
475JMax energy
Reduced surface exposureContinuous cooling is engineered to limit unnecessary epidermal heat accumulation.
80-pin fractional tipA defined RF array forms controlled fractional microzones.
Focused treatment zonesFractional delivery concentrates energy within a planned pattern.
Adjustable protocolsTouchscreen control supports repeatable cooling and energy settings.
Ergonomic handpiecesCurved handles and organized holders support practical operation.
01Water-cooled RFSurface-managed delivery
0280-pin fractional RFDefined microzone pattern
03Configurable positionConfirm supplied handpiece by market
Product design
THLAD from every angle.
Review the console, treatment hardware, mobile chassis, ventilation and connections.
Connected platform
Multiple modes, one coordinated system.
Applications depend on assessment, training, local regulations and the approved instructions for use.
Water-cooled RF
- Facial firming and contour protocols
- Fine-line and wrinkle appearance
- Skin-texture and pore programs
- Selected facial and body areas
Fractional RF
- Controlled fractional ablation
- Acne-scar appearance protocols
- Texture and resurfacing workflows
- Laser-free professional option
Face & body
- Face, jawline and neck protocols
- Body-contour support
- Protocol-led energy adjustment
- Multi-handpiece planning
Professional workflow
Coordinate cooling
and RF delivery.
The application cards above define the professional scope; this sequence keeps preparation, probe selection and parameter control easy to follow.
- 01Assess & prepareReview suitability, treatment area and intended protocol.
- 02Select the handpieceMatch water-cooled or fractional RF delivery to the plan.
- 03Set cooling & energyConfigure trained parameters for the selected area.
- 04Deliver & documentApply controlled passes and record the completed session.
System specifications
Technical overview
TechnologyWater-cooled RF + fractional RF
Minimum probe temperatureDown to −1°C
Maximum output power480 W
Maximum output energy475 J
Fractional tip80 pins
ControlTouchscreen interface
Main unit size450 × 400 × 300 mm
Net weight18 kg
Ambient temperature+5°C to +40°C
Relative humidity≤80%
Atmospheric pressure86–106 kPa
Power supplyAC 220 V · 50 Hz
Professional use
Designed for responsible operation.
Built-in controls support the operator; training, screening and approved protocols remain essential.
01
Active cooling is engineered to limit surface heat accumulation.
02
The 80-pin tip forms controlled fractional microzones.
03
Applications depend on professional assessment and operator training.
04
Handpieces, documentation and permitted uses vary by destination market.
Support beyond installationProduct training, documentation, compliance information and export-team assistance support a confident launch.
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