Beijing Honkon Technologies Co., Ltd.

home products Diode Laser for Hair Removal(940nm) Diode Laser (940nm) for Hair Removal machine

Diode Laser (940nm) for Hair Removal machine

Product Details:

Type Laser
color white
function hair removal
model YILIYA-940B
Certification Medical CE
Style Stationary
Laser Type Diode
Q-Switch No
Laser Mode Semi-Continuous Laser

Payment & Shipping Terms:

Minimum Order Quantity: 1 Set/Sets
Packaging Details: aluminum box
Delivery Time: within7-10working days
Payment Terms: T/T
Supply Ability: 100 Set/Sets per Month

Detailed Product Description


 

Diode Laser (940nm) for Hair Removal

 

Treatment Theory (Photothermolysis):

940nm wavelength effectively penetrates deep into and absorbed by the target chromophore. The adequate pulse duration, energy density and epidermal cooling ensure an adequate thermal damage to the target tissue without damaging the surrounding tissue to achieve effective hair removal. (More effective and safer than 810nm diode laser)

Advantages

1.      5-200ms pulse width; 12mmX12mm spot size;

2.      Maximum 10Hz frequency output enhances treatment efficiency;

3.      Output energy density satisfies safe and effective hair removal on  different parts;

4.      Continuous Sapphire Contact Cooling ensures a continuous epidermis protection for maximum patient comfort and safety.

5.     Pain-free fast hair removal for all kind types (Fitzpatrick I-VI)

Diode Laser (940nm) Technical Parameter:

Laser Type

Diode Laser

Wavelength

940nm

Output Energy

≤120J

Pulse width

5-200ms

Repetition Rate

1-10 Hz 

Spot Size

10×10mm

Power Supply

AC 220V 50Hz/ AC 110V 60Hz

Diode Laser (940nm) for Hair Removal  machine Diode Laser (940nm) for Hair Removal machine

Send your message to this supplier
« Prev Product 1 2 3 4 5 6 7 ... Next Product »

Other Products from this Supplier

Company Info

Beijing Honkon Technologies Co., Ltd.
[China (Mainland)]
[Verified Member]

Province/State: Beijing
Country/Region : China (Mainland)

Business Type:Manufacturer, Other

View Contact Details

Email this page Bookmark this page Print this Page