K-LASER CUBE 4 15W THERAPY LASER

K-LASER CUBE 4 15W THERAPY LASER

K-LASER CUBE 4 15W THERAPY LASER BIOLOGICAL EFFECTS

Anti-inflammatory and analgesic
Speeds up metabolic processes
Enhanced vascular activity
Immune- regulation
Improvement of nerve function
Faster repair of damaged tissues: (wounds, bed sores, ulcers, diabetic ulcers, and mucositis)

K-LASER CUBE 4 15W THERAPY LASER Features

4 wavelengths (660nm, 800nm, 905nm, 970 nm).
Can be emitted simultaneously or in any combination.
15 Watts Continuous Wave (CW) power, 20 Watts peak Intense Super Pulse (ISP).
Shorter treatment times and faster ROI.
Pulse range from 1-20,000 Hz, enhances therapeutic effect by targeting multiple parameters of tissue repair and inflammation reduction without tissue adaptation.
QRT technology allows for rapid switching of accessory tips (ENT).
Easy to use pre-programmed protocols eliminate any uncertainty.
Operator adaptable software is easy and customizable.
Protocol selection by size, body part, skin tone, pain and chronicity level automatically adjust output treatment parameters for increased safety and effectiveness.
Zoom lens hand piece enables operator to have complete control of power density.
Software updates downloaded via USB port/Quick export of patient history to computer.
Less than 3.5lbs makes the Cube lightest in its class and extremely portable.
Built in Lithium Ion battery provides up to 75 minutes of treatment time.
Incorporating the industry’s first solid-state diode module, reducing heat and preventing thermal and mechanical stress, ensuring a stable laser emission without fluctuations.

Wave lengths

660nm
This wavelength is perfectly absorbed by the melanin contained in the skin, thus guaranteeing energy concentration in the most superficial tissue layers. Laser therapy allows obtaining excellent results in wounds healing as the light both inhibits bacterial proliferation and increases cellular growth.

800nm
Cytochrome C oxidase is the terminal enzyme of the respiratory chain that determines the amount of oxygen to be turned into ATP according to cellular efficiency. Enzymes are better absorbed at 800 nm: an ATP molecule is generated for each oxygen-reduction cycle accomplished.
The photon absorption accelerates such process while increasing the ATP cellular production.

905nm
Oxygen is released in variable percentages in the blood: the faster it is released, the more oxygen needs to be transported to the cell in order for the natural healing processes to take place. This wavelength is absorbed by haemoglobin, water, melanin and Cytochrome C oxidase. When it is absorbed, more oxygen is available to the cells.

970nm
This wavelength is able to absorb most of the water contained in our body and a large part of the energy delivered by the therapy is transformed into heat. The deep tissue layers are thus transformed into localised heat points that create temperature gradients at cellular level. They also boost local microcirculation thanks to the increase in oxygen provided to the cells.