In today’s high-end aesthetic market, Endolift minimally invasive laser skin tightening technology has become an important solution for facial rejuvenation and contour reshaping. Among its core technologies, the 1470nm wavelength is widely recognized as the primary operating wavelength, while dual-wavelength synergistic systems are becoming the industry upgrade trend.
The LionAura FaceLift T30 4th Generation Endolift Dual-Wavelength Laser System integrates 1470nm and 980nm dual-wavelength output, a precision energy modulation system, and a visualized safety management platform. It is specifically designed for professional physicians and high-end clinics, balancing precision, safety, and multi-scenario clinical versatility.
Analysis of 1470nm Laser and Endolift Technology Principles
Introduction to Endolift Technology
Endolift is a minimally invasive laser procedure that delivers energy into subdermal tissue through ultra-thin optical fibers.
Its core objectives are:
- Precise fat dissolution
- Immediate collagen fiber contraction
- Stimulation of collagen regeneration
- Improvement of facial laxity
- Contour reshaping
With minimal trauma, short recovery time, and highly concentrated energy delivery, Endolift has become a highly sought-after anti-aging and contour enhancement technology in the international market.
Why Is 1470nm the Core Wavelength?
The 1470nm wavelength demonstrates high absorption in both water and fat, resulting in three key advantages:
- Energy is highly concentrated in target tissues
- Thermal diffusion is more controllable
- Lower risk of damage to surrounding tissues
Target layers include:
- Subcutaneous fat layer → Disruption of fat cell structure
- Deep dermis → Immediate collagen contraction + subsequent regeneration
- It delivers outstanding performance in both fat reduction and skin tightening.
Dual-Wavelength System: 1470nm + 980nm Synergistic Advantages
FaceLift T30 Technical Specifications
| Parameter | Specification |
| Wavelength | 1470 nm + 980 nm |
| Max Power | 15 W + 15 W |
| Aiming Beam | 660 nm, 200 mW |
| Operating Modes | CW / Pulsed / Single Pulse |
| Pulse Width | 1–1000 ms |
| Frequency | 1–100 Hz |
| Power Step | 0.1 W |
The Role of 980nm Wavelength
- Deeper tissue penetration
- Improved microcirculation
- Assists in skin tightening
- Expandable vascular applications
Dual-Wavelength Output Modes
- Independent output
- Combined output
- Customized ratio combinations
- Physicians can precisely adjust settings according to:
- Facial thickness variations
- Tissue depth
- Treatment goals
Compared with single-wavelength devices:
✔ Broader indications
✔ More comprehensive tissue coverage
✔ Greater treatment flexibility
Precision Energy Management System — Core Competitiveness
1. Adjustable Pulse Width: 1–1000 ms
Through duty cycle control:
Low pulse width → Delicate facial treatments
High pulse width → Deep tissue heating
More controllable thermal accumulation
2. Frequency Range: 1–100 Hz
Significantly exceeds traditional 1–9Hz systems:
High frequency → More uniform energy distribution
Low frequency → Stronger single-pulse effect
Wider safety window
3. 0.1W Power Increment
Adjustable from 1–15W
High-precision fine-tuning
Suitable for varying tissue thickness and treatment areas
4. Visualized Energy Management
| Function | Status |
| Real-time output power display | ✔ |
| Accumulated total energy display | ✔ |
| Adjustable treatment time | ✔ |
| Laser temperature monitoring | ✔ |
| Ambient temperature monitoring | ✔ |
Physicians can monitor energy accumulation in real time to avoid excessive output risks.
Intelligent Control & Operating Experience
| Parameter | Specification |
| Display | 8-inch HD vivid touch screen |
| Cooling System | Air cooling + TEC |
| Weight | 4.5 kg |
| Dimensions | 250 × 200 × 220 mm |
8-inch high-definition touchscreen
Visualized parameter interface
Clear operating logic
Real-time data feedback
Dual Cooling System: Air + TEC
Ensures stable laser output
Extends laser lifespan
Improves continuous operation capability
Portable & Compact Design
Only 4.5 kg
Compact size
Ideal for mobile clinic use
Fiber Compatibility & Clinical Adaptability
Supported fiber diameters:
400 μm
600 μm
800 μm
Different diameters are suitable for:
Delicate facial areas
Jawline contouring
Double chin
Localized body fat
Enhanced clinical flexibility improves treatment precision.
Safety System Design
FaceLift T30 integrates:
660nm 200mW aiming beam
Real-time temperature monitoring
Power traceability
Accumulated energy display
Combined with a precision parameter management system, it significantly reduces the risk of overexposure.
Clinical Applications
- Facial contour lifting
- Jawline tightening
- Double chin reduction
- Nasolabial fold laxity improvement
- Mild facial fat reduction
- Neck tightening
- Localized body contouring
- The 980nm wavelength can also expand to:
- Vascular-assisted treatments
- Adjunctive pain relief applications
Why Choose FaceLift T30?
- Dual wavelength 1470nm + 980nm
- 1–100Hz adjustable frequency
- 1–1000ms ultra-wide pulse range
- 1W precision power increment
- Visualized total energy monitoring
- Air + TEC dual cooling system
- 5 kg lightweight design
- Multi-specification fiber compatibility
Conclusion
The 4th Generation Endolift Solution for the High-End Market
FaceLift T30 is not merely a parameter upgrade — it represents a comprehensive technological innovation.
Through dual-wavelength synergistic output, precision energy management, and intelligent safety monitoring, it provides aesthetic clinics, plastic surgeons, and high-end anti-aging centers with a safer, more precise, and more controllable minimally invasive laser solution for skin tightening and fat reduction.
If you are looking for an Endolift device that:
- Meets European market standards
- Supports personalized treatment strategies
- Balances safety and performance
FaceLift T30 is the 4th generation solution worth your attention.
— LionAura FaceLift T30 Engineered for Professionals. Designed for Precision.
