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Surgical laser systems

marLase Pro®

Precision you trust, safety you rely on.

The CO₂ laser system marLase Pro® delivers precise, low-bleeding, and tissue-sparing treatment for a wide range of surgical applications. Its user-friendly interface features indication-specific programs and unmatched laser modes, making it ideal for applications in gynecology, ENT, and dermatology. Safety is increased through acoustic status announcements, such as "Laser ready" and "Laser standby", which keep all operating room personnel informed about the system's current status. Additionally, a digital OR logbook records procedures for traceability, while onboard video animations offer direct guidance on system operation and clinical applications. With excellent beam quality and precise control, the marLase Pro® ensures accurate and gentle treatment. A built-in damping system ensures long-term optical stability, while the air-cooled RF tube minimizes maintenance requirements. The system is plug–and–play, ready to use upon delivery.

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Benefits

Outstanding beam quality and precision
Broad range of tissue effects and clinical applications
Intuitive user interface with indication of specific programs
Highest safety standards by acoustic announcement of the laser mode
Video animations of handling are viewable on the screen
Low-noise and maintenance-free air cooling
Permanently stable optics due to sophisticated damping system
Full range of innovative accessories

CO₂ – the all-round laser system in surgery and aesthetics

The CO₂ laser is a classic surgical laser that has been successfully used in various medical applications for over thirty years. With the new CO₂ laser marLase Pro®, KLS Martin offers state-of-the-art, cutting-edge laser technology.
Its modern and user-friendly operating philosophy, excellent optical properties, and comprehensive, innovative range of accessories – the marLase Pro® gives you many reasons to make your daily operating routine easier.

Brand new and innovative laser modes

The unique laser modes offer various thermal effects to treat the target tissue, always at the appropriate temperature level in every surgical situation. Never before has the surgeon been able to select between such a wide variety of temperature levels.

Scanner system marScan Pro – maximum control of tissue ablation

Ablative scan mode

The digital scanner system marScan Pro is an integrated part of the marLase Pro S-variant. It offers controlled, homogeneous, and reproducible tissue ablation for use in numerous surgical fields – a gentle, tissue-sparing laser application that benefits the patient. Only one scanner handpiece is required for both surgical and aesthetic procedures, regardless of whether ablative or fractional scanning is used.

Fractional scan mode

The innovative fractional scan offers gentle skin treatments. The large scan figures and the fast-working scanner save valuable treatment time. The new possibility to mix Softfrac and Powerfrac allows a better adaptation to the individual.

Micromanipulator MicroPoint® 3/3S – precision you can feel.

MicroPoint® 3

Brand new micromanipulator for ENT and gynecology
Increased focus depth resulting in less refocusing
Compact design
Secure adaptation thanks to the bayonet lock and an additional locking screw
The large mirror offers a wide field of vision
Adapter plates for all common microscopes and colposcopes are available
Five times higher focusing depth, less refocusing necessary

MicroPoint® 3S

MicroSwitch integrated into the joystick:

Micromanipulator, especially for ENT
Easy and quick line curvature and rotation directly on the joystick by the surgeon

Additional features of the S-version:

Scanned line for Larynx procedures can be rotated and bent directly via the joystick
Electronic detection of the focal length and transmission to the laser

Stapes surgery – finest laser technology for the finest structures

Contactless precision: Non-contact cutting without mechanical stress – for maximum accuracy.
Fewer complications: Targeted energy delivery minimizes the risk of perilymph leakage and inner ear damage.
Consistent results: Scanner technology ensures equal and controlled perforations of the footplate.
Efficient procedure: Fewer laser shots shorten surgery time and reduce patient strain.

Feature, function, and benefit

Intuitive user interface with indication of specific programs

Function: Offers pre-configured laser settings tailored to specific medical indications.

Benefit: Simplifies operation, reduces preparation time, and ensures consistent, high-quality results across a wide range of clinical applications.

New, unique laser modes and effects

Function: A broader range of thermal tissue interactions can be achieved by adjusting parameters like energy density, scanner speed, and power.

Benefit: Enables highly customized treatment strategies for different tissue types and surgical goals – improving precision, reducing collateral damage, and enhancing clinical outcomes.

Acoustic announcement of the laser mode

Function: Provides voice prompts indicating the laser's operational status ("Laser standby" or "Laser ready").

Benefit: Enhances safety by ensuring all OR personnel are aware of the laser's status, reducing the risk of accidental laser radiation exposure, and improving workflow coordination.

Large 10.4" color touchscreen

Function: Provides a clear, high-resolution display with touch navigation for accessing laser settings and programs.

Benefit: Enhances usability and workflow efficiency, allowing quick adjustments and reducing the risk of user error during procedures.

Video animations about handling and selected clinical applications

Function: Provides step-by-step visual guides directly on the laser display for system setup, operation, and specific surgical procedures.

Benefit: Enhances user confidence and safety, supports just-in-time learning in the OR, and ensures consistent, correct use of the system even by less experienced staff.

Digital OR-logbook

Function: Automatically records details of completed surgical procedures, including laser energy and usage data.

Benefit: Facilitates traceability and documentation, supports quality assurance, and provides valuable insights for maintenance and service planning.

Outstanding beam quality and precise control

Function: Delivers a stable, high-focus laser beam with fine-tuned energy delivery and minimal divergence.

Benefit: Enables highly accurate, tissue-sparing procedures with improved safety and superior clinical outcomes, especially in delicate or deep surgical fields.

Permanently stable optics due to a sophisticated damping system

Function: Absorbs vibrations and mechanical stress within the device to maintain precise alignment of optical components.

Benefit: Ensures long-term laser accuracy and reliability, reducing the need for technical service and recalibration, enhancing overall device safety and performance.

Innovative RF-technology with an air-cooled metal tube

Function: Uses an integrated air-cooling system to regulate the temperature of the RF-excited laser tube, eliminating the need for complex water-cooling systems.

Benefit: Reduces maintenance requirements and downtime, increases system reliability, and lowers total cost of ownership. RF metal tubes result in longer lifetimes and higher power output stability.

MicroPoint® 3 and MicroPoint® 3S – Feature, function, and benefit

Electronic detection of the focal length and transmission to the laser

Function: Automatically detects the set focal length and transmits it to the laser system in real time, triggering an immediate recalculation of the energy density.

Benefit: Eliminates the need for manual input on the laser, preventing incorrect settings and ensuring precise, safe, and efficient laser application during surgery.

MicroSwitch integrated in joystick

Function: Allows for direct curvature and rotation of the laser line via the surgeon's joystick, eliminating the need to adjust settings on the laser display.

Benefit: Speeds up workflow and enhances precision by enabling intuitive, real-time control during surgery.