The Sinco Alex-Yag Max is a single consolidated system that delivers a range of treatments – all skin type hair removal, as well as pigmented and vascular lesions. It is a dual-wavelength laser platform that combines the fastest and most powerful 755 nm Alexandrite laser with the 1064 nm Nd: YAG laser for high performance treatment capabilities in terms of speed, efficacy, ease-of-use, outstanding performance, safety, and patient satisfaction.
1. Make sure the machine is installed completely;
2. Make sure the water is fully filled;
3. Position the machine correctly beside the treatment table; clean the treatment area;
4. Start the machine;
5. Enter the welcome page;
6. Enter the Alex page;
7. Set up the parameters as required;
8. Press the “standby” key to ready for treatment;
9. Now the laser is ready to shoot.
10. Get the headpiece ready on the treatment area;
11. Step the pedal ( or finger switch) to get started; the light should be out on the skin and
the hair should be burned.
Note: To keep the continuous treatment, the pedal should be stepped all the time. Release
the pedal when the treatment needs to stop.
Due to the generated huge heat of the xenon lamp when do treatment, and the treatment handle cooling the skin produce a lot of heat, so the machine needs to add a certain amount of pure water before work.
Water added standard： Distilled water or purified water（ avoid using tap water or
mineral water, otherwise, it will seriously affect the working life of the machine and the cooling effect.）
1. Water tank capacity：15L.
2. the shortest period of replacing cooling water: three months.
3. Cooling water filling
a. Water monitoring program.
b. water monitored. Machine built-in flow monitoring devices. The machine starts to work, then the flow monitoring module work. If the water monitoring module can not feel the water, the machine will automatically lock the user interface and prompt "Water is not circulating", accompanied by the sound of the buzzer.
c. Water temperature monitoring. Machine built-in temperature monitoring sensor, monitoring the temperature of the cooling water into the water circulation system. The upper-temperature limit is set to 50oC. If the cooling water temperature reaches the set limit, the user interface is automatically locked, and the prompt "temperature too high", and accompanied by the sound of the buzzer. Machine built-in radiator module, at room temperature (25oC), and operating room ventilation is good, the machine can guarantee continuous operation. If the room temperature is too high, or the operation room
ventilated effect is bad, or water filling not enough，after the machine working
for some time, it may reach the upper-temperature limit, then alarm and stop working. At this approach: First, Wait for the machine cooled to room temperature. Second, change the water to normal temperature. If the summer temperature of some certain areas is too high (above 35oC), the
the operating room should install air-conditioning equipment to ensure the temperature of about 25oC before using the machine; otherwise, the water temperature will be a sharp rise in a short time, which will not all shorten the working time of the machine, but also affect the service life of the machine.
d. Water quality monitoring. Machine Built-in cooling water quality monitoring module. if the water is impurities, and water quality is bad, the machine will no longer monitor the water flow, suggesting that "water is not circulating." It should replace the cooling water at this time.
e. water level monitoring. The machine has no built-level monitoring module or device.
The external water level displays the current flow in the water tank. The water line should be 7 or more