mychway HR-F16 User Manual

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808nm Diode Laser
Hair Removal
HR-F16
Notices about Usage of 808nm Diode Laser Hair Removal Machine
1. You must add distilled water before you turn on machine.
2. Test machine
3. When you change all water, please also use distilled water
4. Must immit DISTILLED WATER. Change all water 1time/month.
5. Please start to adjust parameters and treat patients immediately after the laser be turned on, it is not allowed to keep it in “Standby” status for long time; If not use machine, turn off machine will extend life time of handpiece.
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CONTENT
Chapter 1 Notice ………………………………………………………….…...….4
Chapter 2 Safety Precautions……………………………………….…….....4
2.1 Laser Safety……………………………………………………..…4
2.2 Eye Protection…………………………………………………..…4
2.3 Electrical Safety………………………………………………..….5
2.4 System Device Safety………………………………………….…5
Chapter 3 Introduction of Diode Hair Removal Laser………….…...5
3.1 Device Structure……………………………………………….…5
3.2 Application………………………………………………………...5
Chapter 4 Working Conditions…………………………………………....…6
Chapter 5 Installation and debugging…………….…………………..…..6 Chapter 6 Technical Specifications…………………………………….…..7
Chapter 7 Operation ………………………………………………………....…..7
7.1 Starting…………………………………………………………...…8
7.2 Parameter setting……………………………………………...…8-9
7.3 The wavelengths of treatment tip………………………..……9
7.4 Clean the sapphire………………………………………..……..9
Chapter 8 Notices before operation……………………………….....…...10
Chapter 9 Notices during the treatment……………………………….…11 Chapter 10 Nursing after treatment………………………..……………11-12
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Chapter 1 Notice
1. Please read and understand the user guide before operating the machine,
2. Operator must have the training of laser safety,
3. Operator should pay attention to eye protection for patients and himself,
4. These patients who are sensitive to laser, scar physique, drug dependent, such as hear disease, diabetes, cancer, epilepsy patients, are prohibited,
5. Operator should obey this user guide, or injuries may be caused,
6. Maintenance, repair of the machine must be authorized in writing by the company or the company maintenance personnel.
Chapter 2 Safety Precautions
2.1 Laser Safety
2.1.1 Diode high peak-power laser light spectrum range is 808nm±5 nm. The laser
window locates at front-end optical ports of the hand piece. Please keep it away from the laser radiation emitted from this window.
2.1.2. Never look directly into the front of the hand piece. Never look directly at
laser or reflected beams even when wearing goggles.
2.1.3. Flammable, explosive items such as alcohol, ether, oxygen and light
decomposition such as drug products should be far away peak-power laser light radiation.
2.1.4. Wrist watch, necklace, bracelets and other metal jewelry reflecting light are
forbidden to wear during treatment.
2.1.5. Operator should provide strict and effective eye protection (gauze, eye patch
etc.) for patients.
2.1.6. Except the treated parts, peak-power laser beam is forbidden to illuminate
other body parts. During and after treatment, front-end optical ports of the hand piece must point to the ground or a safe place.
2.1.7. The absorption of different body parts and thickness and color is different.
And the bear on laser varies. The energy required during treatment should be adjusted from smallest to largest selection
2.2 Eye Protection
2.2.1 Diode high peak-power laser beams are particularly hazardous to the eye.
Laser beams directly entering eyes in short distance would cause vitreous body and retina injured,
2.2.2 The Operator shall instruct all personnel in the Controlled Area to wear
goggles whose protective band is for 400-1200nm, OD ≥ 4. If choosing protective glasses himself, patient should pay attention to wavelength range and optical
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density. Selected protective glasses wears comfortable, vision broad, ventilation and closed both frame and edge should have protection with the same lens, do not use can hinder specular reflection of plane reflection lens.
2.2.3 Protective glasses can only reduce damage to the eyes, can not totally
prevent direct laser beam and reflected laser beam by glasses, mirror and smooth metal surface. So never look at direct laser beam or reflected laser beam even though with protective glasses.
2.2.4 Covering gauze and wearing eye patch etc. can play protective effect on
patients’ eyes.
2.3 Electrical Safety
2.3.1 The power supply connected to Laser must have a single phase three wires
power socket that meets international standards, being well earthed in accordance with the electrical safety regulations in force, and having a specification of 10A or higher.
2.3.2 Before running the machine, please ensure hand piece and other
components are connected with the machine well. During treatment, never remove the components, including hand piece. After laser stops running, pay attention to that opening the cover of the casing may cause a high voltage electric shock.
2.4 System Device Safety
2.4.1 Water current device: when laser emits, there is high density heat in the hand piece. So it requires constant cooling water conduction cooling. The machine is designed that it will alarm and no laser emitting when the water current is poor or the flow is higher, lower than the set range.
2.4.2 Water level device: when laser emits, there is high density heat in the hand piece. So it requires constant cooling water conduction cooling. The machine is designed that it will alarm and no laser emitting when the flow is lower, not enough water to ensure to normal water circulation.
2.4.3 Water temperature device: When water temperature is higher than set
temperature, machine will alarm and no laser emitting. Generally speaking, cooling system in the machine will avoid the phenomenon.
2.4.4 Emergency Button: Press the red emergency button to shut machine down and cut power supply immediately. Pull button out to restore power.
2.4.5 The Key Switch: Use the key to turn power on or off. Remove key and keep safe when not in use.
2.4.6 Hand piece key and pedal switch: When the machine and working system of the machine is normal, the hand piece key and pedal switch work at the same time, then there will be laser emitting, which is much safer.
Chapter 3 Introduction of Diode Hair Removal Laser
3.1 Device Structure
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