Technology That Transforms
Four core laser technologies working in harmony to deliver safe, effective, and comfortable surgical and aesthetic treatments with clinical-grade precision.
Core Tech
Computerized Fractional Scanning
Our advanced fractional scanner divides the 10.6 μm CO₂ laser beam into microscopic treatment spots. It creates precise, regularly spaced thermal columns that reach deep into the dermis while preserving surrounding tissue. This activates natural wound healing and stimulates massive collagen and elastic fiber remodeling.
- NMPA-registered fractional scanner handpiece
- Dot spacing adjustable from 0.3 mm to 2.6 mm for customized densities
- Scan shapes: Square, rectangle, linear, circle, hexagon, triangle
- Flexible scan sizes from 1×1 mm up to 30×30 mm
Patented
Precision Articulated Light Guide Arms
Deliver laser energy cleanly with weightless operation. Our precision six-joint and spring-balanced seven-joint articulated guide arms feature high-reflectivity optical mirrors. This ensures uniform light transmission at any angle without power degradation, giving clinicians surgical-grade freedom of movement.
- Spring-type counterweight system for weightless, effortless movement
- 6 or 7 high-reflectivity optical mirrors alignment
- Full 360-degree rotation and flexible articulation
- Standardized optical alignment prevents energy loss
Precision
Pulse Waveform Modulation
By compressing pulse energy in the time domain, our lasers deliver high peak power instantly. This creates a clean incision, ablation, or vaporization with minimal thermal conduction to the surrounding skin. Advanced modulated pulse (digital pulse) mode allows clinicians to adjust frequency to control the coagulation/cutting ratio.
- 4-5 output modes: CW, single pulse, repeated pulse, modulated pulse
- Modulated pulse frequency range: 10–1000 Hz adjustable
- Ultra-short pulse widths reduce carbonization and post-operative pain
- Excellent cutting capability combined with instant coagulation
"RunMiLi" Gynecological Laser System
Our dedicated gynecological platform utilizes custom-designed 360° ring and 90° directional laser tips to act directly on the vaginal mucosa. It stimulates fibroblast, capillary, and collagen regeneration to thicken the mucosal layer, helping resolve vaginal laxity and stress urinary incontinence.
- 360° ring laser delivery and 90° directional vertical laser tips
- Medical-grade 304 stainless steel probes with disposable sleeves
- Non-contact, safe, and sterile procedure with no cross-infection
- Improves stress urinary incontinence, laxity, and pH balance
Technology Diagrams
Visual references showing how JLT Medical systems deliver and control precision laser energy.
Fractional Matrix Scanner Delivery
The scanner outputs micro-beams in grid matrices, forming microscopic columnar injury zones (MTZs) that reach down to the dermis, leaving healthy surrounding tissue to accelerate healing.
- Micro-dot spot sizes ≤ 0.4 mm in diameter
- Scan area up to 30×30 mm for fast clinical procedures
- Selectable scan shapes optimize margins for different lesions
Light Guide Optical Alignment
Articulated guide arms align multiple optical mirrors, transmitting the CO₂ laser beam along the arm joints to deliver energy to the handpiece tip.
- High-reflectivity mirrors minimize power loss during delivery
- Spring-type counterweight provides weightless handpiece movement
- Closed guide tube design protects the optics and ensures safety
Pulse Compression & Modulation
Compressing the laser pulse width limits the time heat conducts into the surrounding tissue, avoiding skin carbonization and reducing patient pain.
- Adjustable frequencies (10–1000 Hz) optimize tissue interaction
- CW mode provides clean cutting, while pulsed modes control vaporization
- Touchscreen calibration manages energy output increments
RunMiLi Gynecological tip
Probes route the laser beam via mirrors to output in a 360-degree ring or 90-degree sector, delivering uniform coverage to the vaginal mucosa.
- 360-degree ring probe treats vaginal laxity and stress incontinence
- 90-degree directional probe addresses localized lesions
- Disposable sleeves prevent cross-contamination and ensure hygiene
Layered Safety Architecture
JLT laser platforms combine four independent protection layers that monitor energy output, system parameters, and safety interlocks in real time.
Water Cooling Protection
Built-in closed water circulation cooling includes water flow and temperature monitors, automatically pausing the laser in case of interruption.
Plume Evacuation
Built-in automatic smoke evacuation draws away surgical plumes to maintain a clean field and protect the clinical environment.
Voltage Protection
Automatic protection loops against over-current and over-voltage protect the laser tube and control circuitry from electrical surges.
Laser Safety Eyewear
Each system ships with certified laser safety eyewear featuring optical density (OD) ≥ 4 and visible light transmittance ≥ 65% for 10.6 μm.
Safety features are designed to support — not replace — trained clinical judgment and adherence to the operating manual.
R&D Verification Before Release
Every JLT Medical laser system passes through a documented verification workflow before it ships. Engineering teams confirm energy output, cooling performance, and safety responses against design specifications, and each unit is calibrated and logged before release.
- Bench verification of power output across the full parameter range
- Cooling-system performance checks under continuous operation
- Optical alignment checks along all articulated arm joints
- Calibration records retained for quality traceability
Whitepaper Preview
Fractional CO₂ Lasers in Vaginal and Dermal Regeneration
A summary of JLT Medical's fractional and gynecological platform, covering study designs, dot density settings, and patient outcome measures. The full whitepaper, technical specifications, and NMPA registration details are available in the resource library.
Visit DownloadsGlobal Medical Certifications
All JLT Medical devices meet the highest international safety standards for medical devices.
ISO 9001
International Standard for Quality Management Systems
CE Mark
European Conformity medical device directive standards
NMPA
National Medical Products Administration registration
ISO 13485
Quality Management standard for Medical Devices
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