Pioon laser technology co., ltd

Mr. jason steve (China)

Trade Leads

1470nm Wavelength Phlebology laser

  • Posted Date : 2020-12-07
  • Expiry Date: 2021-06-07
  • Category :
    • Beauty & Health > Medical Equipment
    • Beauty & Health > Medical Supplies
    • Business Services > Made In China

Content :

DESCRIPTION
S1-K12 1470nm 2-KG Laser System for EVLT, the symbol of small, smart and safety.

It is a small, intelligent surgical laser designed specifically for EVLT, up to 12W, which can meet all EVLT surgery requirements. The Pioon team's cutting-edge development capabilities have given the S1 an ultra-compact body - weighing just 2kg! Equipped with a patented laser intelligent system, it can give doctors the best operation experience. With its unique and exquisite appearance, small and portable shape and convenient portability, it will be a beautiful scenery line in the operating room.

Superior cellular water absorption gives 1470nm wavelength advanced vein ablation results at relatively low power settings, thus reducing thermal damage to surrounding tissues. Significant reduction of postoperative pain and side effects help to reach higher patient satisfaction that promote 1470nm lasers as the universal alternative to conventional 810/980nm lasers. Additionally, it has a very good effect on blood clotting.

Confirmed by clinical statistics, 1470nm's recommended power range from 5 to 10 watts. At settings of less than 12 watts, tissue necrosis and damage can be controlled, therefore 1470nm 12 watts is safer and cheaper configuration.

S1 K12 is more than just a laser device, we will present it to you in the form of a complete EVLT surgical system! Including PIOON's own professional Bare/Radial fibers, laser safety footswitch, laser safety glasses, EVLT-specific kit, as well as built-in EVLT protocols, case reference videos. Safeguard the full professionalism of your surgery!


CHARACTERISTICS
Applications phlebology
Amplifying medium diode
Ergonomics tabletop
Pulse duration microsecond
Wavelength 1,470 nm