German Engineered · USA Sourced · Made in India
Reinvent your CO₂ passion with Magic Pulse
Magic Pulse CO₂ laser is the first Indian-make laser device developed in collaboration with global engineering experts. Offering unmatched versatility, it empowers users with precise control by enabling adjustments to both power and pulse duration, ensuring optimal outcomes for specific resurfacing requirements.
High peak power enables deeper penetration with a narrow thermal zone — reducing patient discomfort, downtime and post-treatment side effects such as PIH, for superior collagen remodelling.
Deeper penetration with a narrow thermal zone — less discomfort, downtime and PIH.
Hermetically sealed gas eliminates contamination, with low thermal expansion for stable power and longevity.
Independent power and pulse-duration adjustment for every resurfacing requirement.
Ceramic tube avoids the power loss caused by metal tubes shedding atoms over time.
Advanced Scanner & Handpieces
The Right Tool for Every Procedure
For precise incisions in minor dermato-surgical procedures.
For precise tissue ablation and coagulation.
For wrinkles, scars and deep lesions — 3 scanning patterns and 4 shapes via an easy touch-screen interface.
Treatments
Customized Solutions for Many Conditions
Specifications
Technical Specifications
| Laser Type | CO₂ |
|---|---|
| Wavelength | 10,600 nm |
| Laser Emission | CW, Single, Ultra-Pulse |
| Output Power | Up to 50 W |
| Pulse Duration | Fractional 0.1 ms – 10 ms · Surgical 0.1 ms – 100 ms |
| Stacking / Times | 1 – 20 T |
| Treatment Area | Up to 20 mm × 20 mm |
| Scanning Shapes | Square, Triangle, Hexagon, Circle |
| Scanning Patterns | Random, Midsplit, Sequence |
| Aiming Beam | 650 nm – 5 mW Red Diode Laser |
| Operating System | Smart system with 10.4" touch screen |
| Energy Transmission | 7-joint articulated arm |
| Electrical Requirements | 50/60 Hz, 100–240 VAC |
Clinical Results
Before & After








Each photo shows the patient before (left) and after (right) treatment. Images are for illustration; individual results may vary.