The Engineering Challenge in Medical Lasers

Laser surgery is bringing surgical interventions to new levels of safety and efficacy through minimally invasive treatments with minimal damage to surrounding healthy tissue. Clinicians are pushing the limits of how laser cutting and coagulation can be used and see great value in doing more with the same tool.

For device manufacturers, this requires an energy source with high versatility, uptime, and efficiency while still enabling exceptional results. Existing commercial laser devices present several challenges to these requirements.

Large beam spots limit the spatial precision of treatment, while fixed pulse parameters restrict versatility. Frequent maintenance results in ongoing costs and reduced uptime, and low electrical-to-optical efficiency leads to high electricity consumption and demanding cooling requirements. These constraints ultimately limit the number of possible applications.

LumIR’s Fiber Laser Technology

The LumIR 2800 Series, a new OEM mid-infrared fiber laser operating at 2910 nm, overcomes the limitations and challenges of traditional CO₂ and Er:YAG lasers.

  1. Single-mode beam quality
    Allows for greater precision, smaller volumes of thermal effects, and nearly unlimited beam shaping potential

  2. Full temporal control of the laser pulse
train (up to 5 kHz repetition rate)
    Enables faster and more customized operation

  3. Active tuning of pulse width and amplitude
    Supports a wider variety of operating modes and real-time fine-tuning

  4. High level of control over energy delivery
    Allows medical device manufacturers to better control thermal effects and related constraints

  5. Advanced customization capabilities
    Enables the development of tailored operating modes and expands the range of possible applications

Targeted Applications

Power your platform for the most in-demand aesthetic procedures, for example:

Dermatology

Head & neck surgery

Neurosurgery

Dentistry

General surgery and +

A single laser platform capable of supporting both ablation for cutting and thermal coagulation where needed, in real time.

Ease of integration

LumIR is bringing the fiber laser revolution to 3 um medical applications. Specific advantages of our diode-pumped fiber laser architecture include:

Fiber delivery

Affordable low voltage power supply

Low power consumption

Air cooled

High repetition rate

No regular maintenance

Technical Comparison (Fiber vs. Legacy)

LumIR Fiber Laser Er:YAG CO2 Laser
Water/Tissue Absorption ••• ••• ••
Beam Delivery Performance ••• •• ••
Minimized System Downtime ••• ••
Beam Quality & Spot Size ••• ••
Repetition Rate ••• •••
Ease of Integration ••• •• ••
  Slide to compare      

Integrate the newest technology on the market!

Questions? Ideas? Let us know how LumIR can help upgrade your aesthetic device portfolio.