Cutting Edge -Model 40W -CO2 Surgical Laser System

SHARE

The Cutting Edge 40 watt CO2 Laser System sets a new standard by combining the advanced features of previous models with a new metal CO2 canister, improved user interface, and unprecedented 25 watt peak power SmartPulseTM technology.

Most popular related searches
  • NEW Features
    • Enhanced CO2 Canister: The RF excited source allows for a metal canister that provides an estimated 2-3 times longer life than glass tubes.
    • SmartPulseTM Technology: 25 watts of peak power in Super Pulse mode ensures optimum incision efficiency while minimizing collateral tissue damage.
    • Improved User Interface: Double the size high resolution touch screen display with on board surgical reference guide.
    Same Great Features
    • Balanced Titanium Articulated Arm: 360 degree hand piece rotation.
    • Aiming Beam: Visualize energy before firing for improved accuracy.
    • Automatic Calibration: No delays associated with daily calibration.
    • Beam Integrity: Consistent energy delivery with no loss of power.
    • Autoclavable Hand Pieces: No costly waveguides or tips to replace.
  • Technical Features
    • Laser Type: Carbon dioxide
    • Power Source: RF Excited, Metal Canister
    • Control Panel: LCD color touch-screen
    • Wavelength: 10,600 nm
    • Peak Power: 270W/25W SmartPulse mode
    • Average Power: 40W (CW) at the hand piece output
    • Aiming Beam: Diode, 4mw, 635 nm
    • Control: Microprocessor
    • Control Panel: LCD color touchscreen
    Dimensions and Weight

    42 x 54 x 118 cm; 136 lbs.

Included Accessories

  • Autoclavable Hand Pieces
  • 2 Laser Safety Goggles
  • Safety Sign
  • Practice Resource Manual
  • Initial Marketing Package

Optional Accessories

  • Smoke Evacuator
    Every Cutting Edge laser system has all the necessary equipment for complete smoke evacuation to ensure user safety. Our smoke evacuation systems utilize four stages of filtration in a single housing (pre-filter, ULPA, carbon, postfilter), with filter media rated at 0.01 micron with 99.99995% efficiency.