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PROPRIETARY TECHNOLOGY

Fiberless Core Tech

The laser lives in the handpiece. No fragile fibers. No consumables. Just reliable performance.

Water absorption chart showing Er:YAG 2940nm with the highest absorption coefficient compared to other dental laser wavelengths

The 2940nm Er:YAG wavelength has the highest
water absorption of any dental laser wavelength.

The Fiberless Core Tech Advantage

A more reliable laser delivery system, built by eliminating fiber optics entirely.

Traditional dental laser systems rely on fiber optic cables to deliver laser energy from the source to the treatment area. These fibers are fragile, degrade over time, and require regular replacement, adding cost and downtime to practices.

Fiberless Core Tech eliminates fiber optics entirely by engineering the laser source and delivery optics inside the handpiece. Paired with the 2940nm Er:YAG wavelength, which matches the peak absorption of water in oral tissue, the result is direct, efficient beam delivery with precise ablation, minimal thermal damage, and no loss of power over time.

Inside the Fiberless Core Tech Handpiece

Fiberless Core Tech combines 2940nm Er:YAG performance, internal air delivery, and active cooling into one fully integrated handpiece cavity.

1

2940nm Er:YAG Rod

The Gold Standard Wavelength

The 2940nm wavelength has the highest absorption in water and hydroxyapatite. Because energy is absorbed almost instantly by water molecules, it does not travel deeply into surrounding tissue, resulting in safer, controlled cutting.

  • Precise hard and soft tissue ablation
  • Minimal thermal penetration
  • Reduced carbonization and microfractures
  • Controlled cutting depth
  • Improved healing response
2

Flash Lamp Technology

High Peak Power up to 8.4W

The integrated flash lamp excites the Er:YAG crystal with high peak pulse energy, delivering consistent output up to 8.4 watts. High peak power means faster ablation with less mechanical pressure, improving ergonomics and reducing chair time.

  • Efficient cutting performance
  • Stable pulse delivery
  • Reduced procedure time
  • Reliable performance during demanding cases
3

Internal Air System

True Clinical Mobility

An internal air channel connects directly to the console's built-in pump. No external compressor required. No wall air dependency.

  • Clean operatory setup
  • Reduced hose clutter
  • Seamless movement between treatment rooms
  • Flexible multi-chair use
4

Active Internal Cooling

Continuous Performance

The integrated cooling tube connects to the internal water tank to regulate cavity temperature during operation. For high-volume practices, this reliability is essential.

  • Stable laser output
  • Protection of internal components
  • Extended procedural use
  • Long-term system durability

Key Advantages

Fiberless Core Tech delivers measurable benefits for dental practitioners and their patients.

Superior Reliability

No fiber breakage or degradation means fewer service calls and virtually zero downtime.

Lower Cost of Ownership

Eliminating consumable fiber tips and replacement costs translates to significant savings over the life of the system.

Consistent Power Output

Direct beam delivery maintains full power from day one through the life of the system, no gradual power loss.

Compact Design

The integrated design results in a smaller, lighter system that fits easily into any clinic.

Patient Comfort

Drill-free, needle-free procedures reduce patient anxiety and discomfort, improving acceptance and satisfaction.

Virtually Maintenance Free

Fewer moving parts and no consumable components mean the system requires minimal ongoing maintenance.

Clinical Applications

Fiberless Core Tech enables a wide range of hard and soft tissue procedures from a single device.

Hard Tissue

Cavity preparation, caries removal, and tooth enamel etching without drills or vibration.

Soft Tissue

Gingivectomy, frenectomy, crown lengthening, excisional and incisional biopsy, coagulation, and operculectomy with minimal bleeding and faster healing.

Bone

Osteotomy and osseous recontouring with precise control and reduced thermal damage to surrounding tissue.

Implant Site Preparation

Shaving, contouring, and resection of oral osseous tissue for implant site preparation.

Other Applications

Benign and malignant lesion removal, sulcular debridement, and additional soft tissue procedures.

Minimally Invasive Dentistry

Many procedures can be performed without anesthetic needles or drills, enhancing the experience for both practitioner and patient.

Backed by Science

Peer-reviewed publications supporting Er:YAG laser applications in dentistry.

Er:YAG Laser-Assisted Periimplantitis Total Therapy

Lin T, Taniguchi Y, Aoki A, Chen CC, Journal of Dental Sciences, 2021

Read Paper →

Er:YAG Flapless Esthetic Crown Lengthening

Ng MY, Lin T, Yu CC, Chen CC, Journal of Dental Sciences, 2021

Read Paper →

In Vitro Laser Treatment for Peri-Implantitis

Kuo HN, Mei HI, Liu TK, et al., BioMed Research International, 2017

Read Paper →

Er:YAG Laser for Dentine Hypersensitivity

Kung YC, Lai YL, Lee YL, et al., Kaohsiung Medical University Hospital

Read Paper →

Er:YAG Laser for Dental Caries

Lee YL, Kung YC, Lai YL, et al., International Congress on Adhesive Dentistry, 2019

Read Paper →
View All Publications

Experience Fiberless Core Tech

See how eliminating fiber optics transforms your practice. Schedule a live demonstration today.