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Red Dot Design Award Winner

Fotona SkyPulse

Designed for Intelligent Dentistry

The new generation of compact and portable dental lasers. Featuring Er:YAG technology for safe, effective treatment across periodontics, implantology, endodontics, and more.

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Fotona SkyPulse Dental Laser
Wavelength Er:YAG 2940nm
Power Up to 4.2W
Frequency 2–40 Hz

Experience SkyPulse

See How SkyPulse Can Transform Your Practice

Schedule a personalized in-office demonstration or request detailed information about how SkyPulse can elevate your patient care and practice efficiency.

Hands-On Experience

Try SkyPulse with our expert team guiding you through real procedures

Comprehensive Training

Full training and ongoing support included with every purchase

Flexible Financing

Affordable payment options to fit your practice budget

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Clinical Applications

Versatile Treatment Options

SkyPulse covers a wide range of dental procedures with precision and minimal patient discomfort.

Endodontics

Advanced root canal irrigation with SWEEPS® and SSP protocols for superior disinfection and debris removal.

Periodontics

Effective treatment of periodontal pockets with laser-assisted bacterial reduction and tissue regeneration.

Implantology

Peri-implantitis treatment and implant surface decontamination for improved osseointegration outcomes.

Soft Tissue Surgery

Precise incisions with excellent hemostasis. Reduced bleeding, swelling, and faster patient healing times.

Disinfection

Photoacoustic irrigation eliminates bacteria in complex root canal anatomy where traditional methods fail.

Hard Tissue

Cavity preparation and enamel/dentin removal with minimal thermal damage and patient discomfort.

SWEEPS Photoacoustic Laser Irrigation Illustration
For Endodontists
Photoacoustic Laser Irrigation

SWEEPS Technology

Revolutionary Root Canal Irrigation for Superior Outcomes

SWEEPS (Shock Wave Enhanced Emission Photoacoustic Streaming) uses precisely timed Er:YAG laser pulses to generate powerful photoacoustic shockwaves. These waves travel through the irrigant, reaching complex root canal anatomy that conventional methods simply cannot access.

99% Bacteria Elimination in Lateral Canals
3D Complete Canal Cleaning Coverage
50% Reduced Treatment Time

AutoSWEEPS Mode

Automated laser-activated irrigation with optimized parameters

R-SWEEPS Protocol

Repetitive shockwaves for enhanced debris removal

SSP and USP Endo Modes

Super short and ultra short pulse options for precise control

SWEEPS TECHNOLOGY RESEARCH

Scientifically Proven

01
Regeneration

The Biological Edge for Regeneration

Maximizing Stem Cell Viability and Attachment

A study led by Razavi et al. explored the impact of SWEEPS® technology on the survival and attachment of human dental pulp stem cells (DPSCs). SEM observations revealed that SWEEPS® achieves a smear layer-free surface, allowing stem cells to firmly attach via elongated cytoplasmic extensions — promoting an environment conducive to tissue regeneration.

Conclusion SWEEPS® provides a significantly superior biological surface for stem cell survival and attachment compared to conventional methods, making it a critical tool for successful regenerative endodontics.
Razavi et al. — Stem Cell Viability Study
02
Anatomy

Mastering Complex Anatomy

Deep Penetration into Lateral Canals and Isthmuses

Using microscale particle image velocimetry (µPIV), SWEEPS® was shown to activate a unique "breath mode" — creating a high-speed reciprocating piston effect driving irrigants into lateral canals at up to 10 m/s. Research by Su et al. found SWEEPS® delivers irrigants more than 3× deeper into lateral canals than traditional ultrasonic irrigation (UAI), and removes debris from isthmuses significantly better than conventional needles.

Conclusion SWEEPS® reaches and cleans anatomically complex spaces — lateral canals and isthmuses — that are otherwise unreachable by mechanical files or standard needles.
Su et al. — µPIV Irrigation Study
03
Disinfection

Unmatched Disinfection Power

Eradicating Tough Biofilms and Persistent Bacteria

Research by Xiao-Na Wang compared SWEEPS® against single-pulse PIPS™ and non-activated sodium hypochlorite targeting Enterococcus faecalis — a resistant bacterium often responsible for treatment failure. SWEEPS® achieved an 88.6% bacterial reduction vs. 58.5% for PIPS™ and 34.4% for traditional irrigation. The synchronized dual-pulse technology pumps disinfectants into microscopic tubules to disrupt mature biofilms.

Conclusion SWEEPS® is more effective than traditional laser or needle methods at eradicating persistent bacteria, improving outcomes and preventing re-treatments.
Xiao-Na Wang — Bacterial Clearance Comparison Study

Elevate Your Practice

Why Leading Practices Choose SkyPulse

Increase Revenue

Offer premium laser treatments that patients are willing to pay more for. Expand your service menu with high-value procedures.

Save Time

Reduce procedure times significantly with efficient laser protocols. See more patients and improve practice throughput.

Better Outcomes

Deliver superior treatment results with less patient discomfort. Build your reputation as a technology-forward practice.

Stand Out

Differentiate from competitors with cutting-edge technology. Attract patients seeking the best in modern dental care.