Fotona LightWalker^® Max

Two Advanced Laser Systems Combined for Multi-Specialty Performance download Brochure

Introducing the Fotona LightWalker^® Max—the first system to bring together the full capabilities of Fotona® advanced dental and aesthetic technologies. Building on the trusted Fotona LightWalker^® AT-S platform, and incorporating treatment options made popular by Fotona TimeWalker^® Fotona4D^® Pro systems, the Max model transforms what’s possible in a dental laser. In addition to a full spectrum of hard- and soft-tissue procedures, clinicians can now perform facial skin rejuvenation, hair removal, vascular treatments, and more—all with one device. Fotona LightWalker^® Max marks a new chapter in laser dentistry, combining clinical performance with practice-growing versatility.

Watch it in Action

What Sets It Apart

Built on Award-Winning Innovation

Fotona LightWalker^® Max carries the Red Dot Award-winning legacy forward, introducing new treatment possibilities across disciplines while preserving the performance clinicians know and trust.

Variety of Pulse Modes

Offers a wide range of adjustable pulse durations and sequences, allowing clinicians to customize treatments precisely for both dental and aesthetic procedures, optimizing safety, efficacy, and patient comfort.

Positioned for Practice Growth

Enables dentists to enter lucrative aesthetic markets such as facial rejuvenation and hair removal, creating new revenue streams with a single investment.

RELATED TREATMENTS
Accessories & Handpieces

Book FREE demo

Complimentary Wavelengths

Fotona LightWalker® Max is engineered to work synergistically across a wide range of treatments by combining two complementary laser wavelengths—Er:YAG and Nd:YAG. The Er:YAG laser delivers precise ablation of both hard- and soft-tissues, making it ideal for restorative, surgical, and cosmetic dental procedures. Meanwhile, the deeper-penetrating Nd:YAG wavelength excels in applications such as periodontal therapy and skin rejuvenation. Together, these wavelengths create a versatile platform capable of supporting both advanced dental care and a broad spectrum of aesthetic treatments—all from a single system.

Digital Pulse Technologies

The Fotona LightWalker® Max is powered by advanced digital pulse technologies—VSP and ASP—designed to deliver exceptional precision, safety, and treatment flexibility. VSP (Variable Square Pulse) technology ensures consistent, square-shaped energy delivery, minimizing thermal buildup and enhancing patient comfort. ASP (Adaptive Structured Pulse) builds on this foundation by intelligently adjusting pulse durations for optimal tissue interaction. It supports both non-ablative thermal regeneration treatments—using Fotona® patented intense heat show biomodulation (i-HBM®)—and ablative procedures with precise modulation of coagulation and ablation depths.

Fotona MatrixView^®

Fotona MatrixView® is an optional, non-contact temperature sensor that enhances safety and comfort during aesthetic procedures. It continuously monitors skin temperature in real time and displays intuitive, color-coded alerts directly on the screen—helping clinicians maintain optimal thermal levels throughout treatment. This smart monitoring tool reduces the need for manual checks, supports consistent outcomes, and ensures a more comfortable experience for patients receiving heat-based therapies.

Inside the Technology

Advanced Handpiece Technology

The Fotona LightWalker^® Max is equipped with a versatile suite of smart handpieces, thoughtfully engineered to support a wide range of dental and aesthetic treatments. From precise hard- and soft-tissue procedures in dentistry to advanced aesthetic applications like skin rejuvenation and vascular therapy, each handpiece is designed for ultimate performance. This level of adaptability allows clinicians to tailor their setup to the needs of each patient, enhancing precision, efficiency, and results—all in one integrated system.

Intuitive Touchscreen Display

The Fotona LightWalker^® Max interface is designed to support a smooth clinical workflow. Its high-resolution touchscreen makes navigation straightforward, while pre-set parameters and real-time feedback help maintain accuracy and consistency throughout a wide range of procedures.

OPTOflex^® Articulated Arm

The OPTOflex^® articulated arm ensures efficient, distortion-free laser beam delivery to the treatment site. Its lightweight, compact design enhances maneuverability, allowing for precise targeting during procedures. The arm’s foldable structure reduces system height for convenient storage and adaptability in various clinical settings.

Energy Feedback Control

Fotona LightWalker® Max incorporates a sophisticated double channel safety structure for energy regulation, which contributes to procedure safety. The laser output energy is constantly regulated by a signal from two energy meters.

1 / 5

Elevate Your Practice

Long System Lifetime
Engineered for durability, Fotona® systems are built to deliver reliable performance and a long operational lifespan.
Smart Handpieces for Every Procedure
Full-beam and fractional modes allow for highly customizable treatment options.
Ultra-Homogeneous Beam Profile
Minimizes risk of burns, tissue damage, or uneven results, ensuring superior safety.
Proven by Science
Backed by over 60+ years of research, Fotona® energy-based systems are trusted by clinicians around the world.

Book FREE Demo

Transformative Results

Fotona4D®

After Fotona4D® treatment, the skin appears firmer, smoother, and more youthful, with a noticeable lift. Courtesy of: Adrian Gaspar, MD, Technology Er:YAG (2940nm) & Nd:YAG (1064nm)

Laser Hair Removal

The patient achieved a reduction in hair in the bikini area. Courtesy of: Jasna Blaha, M.D., MSc., Technology Nd:YAG (1064nm)

Fotona4D®Men

The patient experienced a notable enhancement in the nasolabial area. Courtesy of: Adrian Gaspar, MD, Technology Er:YAG (2940nm) & Nd:YAG (1064nm)

Fotona SmoothEye®

Following the treatment, the patient noticed tighter, firmer skin around the eyelids. Courtesy of: Alberto Villalobos, MD, Technology Er:YAG (2940nm)

Skin Resurfacing

This patient experienced healthier and more rejuvenated skin. Courtesy of: Kimberly Mello, MS, PA-C, Technology Er:YAG (2940nm)

Fotona TwinLight® Peri-Implantitis Treatment

The image demonstrates the removal of calculus and the smear layer from the implant base. Courtesy of: Ilay Maden Ph.D., M.Sc., Technology Er:YAG (2940nm)

Vascular Lesions

The patient experienced a noticeable reduction in the appearance of vessels on their leg. Courtesy of: Robin Sult, RN, Technology Nd:YAG (1064nm)

Active Acne Treatment

After treatment, the patient experienced smoother skin and a brighter complexion, leading to a healthier, more radiant appearance. Courtesy of: Robin Sult, RN, Technology Er:YAG (2940nm) & Nd:YAG (1064nm)

Acne Scar Revision Treatment

Following treatment, the patient saw a significant reduction in scarring, resulting in smoother, more refined skin texture and a clearer, more even complexion. Courtesy of: Giuseppe Ivano Luppino, MD, Technology Er:YAG (2940nm) & Nd:YAG (1064nm)

FOTONA SWEEPS®

The photo showcases the thorough cleaning and removal of infected tissue from within the root canal. Courtesy of: Enrico DiVito, DDS, Technology Er:YAG (2940nm)

Fotona TwinLight® Periodontal Treatment

Six months post-treatment using the Fotona TwinLight® laser protocol. Courtesy of: Dr. Hana Hobbs,

Fotona SmoothLase®

The post-treatment photo demonstrates reduced appearance of fine lines and wrinkles. Courtesy of: N. Teovska Mitrevska, M.D., Technology Er:YAG

Fotona LipLase®

Following the treatment, the patient successfully achieved lips that are fuller, brighter, and smoother without the use of injectables. Courtesy of: Yuliya Crosley, RN, Technology Er:YAG (2940nm)

Cavity Preparation

The image highlights a smooth, debris-free surface with uniform margins and no mechanical trauma—demonstrating the precision and selectivity of laser-assisted cavity preparation. Courtesy of: Gianfranco Semez, DDS, Technology Er:YAG (2940nm)

Fibroma Removal

This post-treatment picture shows a clean and smooth site after Fotona® laser-assisted fibroma removal, with minimal tissue disruption and reduced inflammation. Courtesy of: Assist. Prof. Dragana Gabric, DMD, PhD, Technology Er:YAG (2940nm)

Fotona VectorLift®

The patient experienced a more elevated eyebrow tail. Courtesy of: Adrian Gaspar, MD , Technology Er:YAG (2940nm)

Wound Treatment

Following the treatment, the patient experienced a significant reduction in swelling, redness, and pain. Courtesy of: Fotona®, Technology Nd: YAG (1064 nm)

Facial Vascular Lesion Removal

After the treatment, the patient saw a dramatic reduction in the appearance of vessels around the eye, revealing a smoother, more refreshed look. Courtesy of: Tlaker, MD, Technology Nd:YAG (1064nm)

Fotona® ClearSteps

After treatment, the nails appear significantly clearer, with improved strength and no signs of infection, presenting a healthier, more natural look. Courtesy of: Courtesy of Jasmina Kozarev, MD, Technology Nd:YAG (1064nm)

Fotona ComfortLase®

Following the treatment, the patient experienced a significant reduction in swelling, redness, and pain. Courtesy of: Fotona®, Slovenia, Technology Nd:YAG (1064nm)

I have been impressed with Fotona4D^®‘s versatility and efficiency, especially for bulk heating in PIANO^® mode. I can heat the skin so much more efficiently than anything else out there. It saves me time, numbing cream and pain management. In my experience, it’s proven to be one of the most efficient, least costly methods of skin tightening for me as a provider. It’s about doing more for our patients and practices, and Fotona4D^® enables us to accomplish these objectives.”

Mark Taylor MD

I love that I can provide my patients with long lasting, natural looking results. I am able to tighten, volumize and restore collagen to the face while improving skin tone and texture to restore my patients’ youthful appearance without the risk of injectables and no downtime. My patients are delighted with the ‘natural glow’ of their new skin!”

Tania Phillips MD

Fotona4D^® face-lifting tackles problems of laxity around the mouth and jowls, which other systems or surgery will find difficult to address. This is a relatively painless procedure with no downtime.”

Hong Tan MD

Don’t just take our word for it

Fotona LightWalker^® Max Testimonials

BOOK FREE demo

Fotona LightWalker® Max

Accessories & Handpieces (14)

Fotona® MarcCo S Handpiece

Collimated, homogenous Nd:YAG beam used for photobiomodulation. 10 mm spot size.

Fotona® MarcCo M Handpiece

Collimated, homogenous Nd:YAG beam used for photobiomodulation. 24 mm spot size.

Fotona® MarcCo L Handpiece

Collimated, homogenous Nd:YAG beam used for photobiomodulation. 43 mm spot size.

X-Runner

Digitally controlled dental handpiece with adjustable spot size and shape.

LA Adapter

Unique intra-oral angular adapter designed to facilitate easier positioning of the laser beam. Attaches to PS03X for intraoral applications.

R11 Handpiece

Multi-use, full-beam erbium handpiece with adjustable 2-7 mm spot sizes.

FS01 Handpiece

Fractional erbium handpiece with fixed 9mm x 9mm grid.

H02-N Handpiece

Tipless (non-contact), 90°-angled Er:YAG handpiece, 0.9 mm spot size at the focal point, with integrated air/water spray nozzle.

H14-N Handpiece

Dental, fiber-optic tip, 90° degree Er:YAG handpiece with integrated air/water spray nozzle. Compatible with a wide range of application-specific fiber tips.

H14-NS Handpiece

Dental, fiber-optic tip, straight Er:YAG handpiece with integrated air/water spray nozzle. Compatible with a wide range of application-specific fiber tips. Surgical Er: YAG handpiece.

PS03X Handpiece

Multi-use patterned-beam erbium handpiece with adjustable 2-7 mm spot sizes and 1 mm patterned beam holes.

R21-C2

Dental, contact 200 µm fiber-optic handpiece. Uses reusable stainless steel or plastic disposable tips.

R21-C3 Handpiece

Dental, contact 300 µm fiber-optic handpiece. Uses reusable stainless steel or plastic disposable tips.

R33-T Handpiece

Multi-purpose Nd:YAG handpiece. Comes with 2 mm, 6 mm, 9 mm spot sizes.