Ready to Ship
Fast dispatch
In stock

Long pulse 1064 nd yag laser hair removal and Vascular lesion treatment long pulse nd yag 1064nm laser hair removal

$7,600.00 - $19,000.00
$8,000.00 - $20,000.00
5% OFF
Min. Order
1 Unit
Total Stock
7 Units
Coupons
10% OFF Get the Coupon
Download the app to enjoy the coupon
Choose your specifications
Company Information

Hebei Future Medical Equipments Science And Technologies Co., Ltd.

CN Manufacturer, Trading Company
Response Time
<24h
Response Rate:
97.8%
Transactions
US$ 30,000+
3 Years Paid Supplier Supplier Trade Assurance
Learn More

Quick Details

Type: Laser
Laser Type: Nd: Yag Laser
Q-Switch: No
Style: Stationary
Certification: CE ISO
Place of Origin: Hebei China
Brand Name: FTECH
Model Number: Laniva
Feature: Hair Removal,Blood Vessels Removal,Face Lift,Skin Rejuvenation
Application: For Commercial
Laser Type: Long pulse Nd:Yag
Conduction mode: fiber optic
Wavelength: 1064nm
Output energy: 110J/cm2
Spot size: 3-10 mm adjustable, progress 1 mm
Frequency: 1-10 HZ adjustable, progress 1 HZ
Pulse width: 5 ms-50 ms adjustable, progress 5 ms
Cooling: Air +water cooling + US radiator cooling system
Fiber optic: Diameter 1.5mm, length 1.8m
Net. Weight: 80 kg
Selling Units: Single item
Single package size: 56X92X87 cm
Single gross weight: 110 KG
Package Type: Aluminum box outside is carton box ;carton box outside is wooden stand!!!Never do not worry about our package, the safest for your devices!
Package Preview: https://sc01.alicdn.com/kf/UTB8sbm8sXPJXKJkSahV760yzFXaz.png_640x640.png

Long pulse 1064 nd yag laser hair removal and Vascular lesion treatment beauty product

Product Description

 1064nm-laser_01.jpg

Applications:1. Permanent hair removal
2. Red vein removal
3. Hemorrhoids.
4. Scar, erythema, dark circles capillary expansion etc.

 

1064nm-laser_04.jpg
TheoryLong pulse Nd: yag laser wavelength is 1064nm. With 1064nm wavelength its energy is selectively absorbed by deeper dermis and allows for treatment of deeper vascular lesions such as telangiectasias, hemangiomas and leg veins. The laser energy is delivered with long pulses which are converted into heat in the tissue. And heat is absorbed by hemoglobin and impacts the vasculature of the lesions. When heat is absorbed by melanophore in hair follicle, it makes hair removal.

In addition, long pulsed Nd:Yag Laser can treat in more superficial level; by heating the subcutaneous skin (in a non-ablative manner) it stimulates neocollagenesis which improves the appearance of facial wrinkles.
Energy ControlApply different level energy according to depth, width, thickness of target vein laser

penetration depth varies upon spot size and pulse duration.

Find proper parameter for the target depth to test the energy level before procedure.

1064nm-laser_03.jpg

 1064nm-laser_05.jpg

Laser type
Long pulse Nd:Yag
Conduction mode
fiber optic
Wavelength
1064nm
Output energy
110J/cm2
Spot size
3-10 mm adjustable, progress 1 mm
Frequency
1-10 HZ adjustable, progress 1 HZ
Pulse width
5 ms -50 ms adjustable, progress 5 ms
Screen
10.4" color touch LCD screen, military level
Cooling
Air + water cooling + US radiator cooling system
Fiber optic
Diameter 1.5 mm, length 1.8m
Indicator
Diode laser 635 nm
Power supply
220 V / 50 HZ
Net.Weight
80kg
Packing weight
100kg
Machine size
81x84x42 cm
Packing size
92x92x47 cm


1064nm-laser_14.jpg

Packaging & Shipping

 4_.jpg

Company Information

 1064nm-laser_14.jpg1064nm-laser_15.jpg1064nm-laser_17.jpg

FAQ

 1. What is the Payment Terms?
Re: T/T, Western Union, Ali Pay, etc.

2. How do you delivery the machine?
Re: Door to door service, DHL, TNT, UPS, FEDEX, air cargo, etc.

3. What about the delivery?
Re: Usually 5-15 working days after payment, also depending on your qty.

4. What's your warranty?
Re: 12 months warranty for host machine and whole life maintenance.

5. Do you offer clinical training?
Re: Yes. Welcome to our company for free and professional training.

6. Do you offer OEM/ODM service?
Re: Yes. OEM/ODM can provide for you, we also have our own R&D team, have our own patent products.

 

Contact

.jpg