VDL optic fiber lipolaser machine

VDL optic fiber lipolaser machine
Model:HBD-4
Brand:HonestyBeauty
Origin:Made In China
Category:Home Supplies / Personal Care Appliance
Label:VDL lipolaser , dental diode laser , 980nm dental laser
Price: US $1 / set
Min. Order:1 set
Inquire Now

Product Description

Feature:

Based on the experienced team,we focuse on the medical diode laser system and accessories for application in a wide range of medical specialties. Using the perfect Chinese resource industry, we provide the high quality and the cost effective new type medical laser systems to the clients all over the world. 

Big color touch screen
Output power calibration at the end of fibers
Highly integrated and modular design
New design inside to make maintenance easy and low cost
High quality and reliability
With CW, single pulse and pulsed mode
There have quick operation mode on the interface ,It is easy to set every parameter on interface.

Principle:

980nm Surgical Diode Laser
980nm surgical diode laser is the most stable system we have produced, with advanced and proven technique, high quality and good performance, many doctors appreciate the cheap price and the good effects. Compare with the traditional treatment, we call it new "laser scalpel", because minimal invasive, less pain and low bleeding.

With different kinds accessories, such as flexile fiber, handpeices with various shapes and lengths, micro-endoscope etc, the versatile system to extend and develop many clinical applications. Now we have involved in dentistry, endovenous laser treatment (EVLT), ENT, PLDD, liposuction, veterinary and so on.

Technical Specifications
Laser Typ             Diode Laser
Wavelength          980nm
Maximum Power    15W/30W/60W
Operation Mode    CW, Single Or Repeat Pulse
Pulse Duration      10μs-3s
Repetition Rate     0.2Hz-20KHz
Transmission System  Fibers Of 200um ,400um And 600um
Pilot Beam         Red Diode Laser Of 635nm, Power<5mW
Control Mode    True Color Touch Screen
Voltage/Current Rating    110/220 VAC, 5A , 50/60 Hz

Multiple solutions for your clinical needs

The laser systems involve in Urology, EVLT, ENT, Dental, Gynecological, Orthopedic, Plastic surgery and other areas. Each year, we develop at least one new laser system, to bring the new technology and application, safety and health for the patients.

1.Lipolysis
Laser lipolysis is the latest technology in fat reduction, which uses laser to dissolve fat, the cell membranes are broken up during this process. The thin fat lysate is released and it is either resorbed naturally or extracted manually by suction. The compatible operation kits for lipolysis will provide a wide range of applications in body and a total new experience for patients.

2.ENT(Ear, Nose and Throat)
·Dacryocystorhinostomy (DCR)
·Turbinectomy
·Nasal polypectomy
·Tonsillectomy
·Glossectomy
·Endo sinus surgery
·Stapedectomy

3.Phlebology/Endovenous Laser Treatment
· Great saphenous vein
· Small saphenous vein
· Perforating vein

4.Dentistry
· Internal decontamination
· General surgery (cutting)
· Therapy
· Tooth whitening
· Surfaces of teeth
· Internal gingivectomy

5.PLDD(Percutaneous Laser Dsic Decompression) Percutaneous laser disc decompression is the use of laser thermal effect and prominent vertebral Vaporization of disc nucleus and form part of the space, reducing the pressure inside the disc, eliminating the oppression of the nerve, which achieve the purpose of treatment. The therapeutic method of the laser treatment for PLDD.

 

Beijing Honesty Beauty Technology Co.,Ltd.

Add:Ciqu Street,Daxing Industry Area,Beijing,China

Web:www.honestybeauty.com

http://honestybeauty.diytrade.com

Email:admin@honestybeauty.com

Skype:honestybeauty

Tel:0086-13552118670

WhatsApp:+86 13552118670

Wechat:0086-13552118670

VDL optic fiber lipolaser machine 1VDL optic fiber lipolaser machine 2VDL optic fiber lipolaser machine 3

Member Information

Honesty Beauty Technology Co.,Ltd.
Country/Region:Beijing - China
Business Nature:Manufacturer
Phone:13552118670
Contact:Chris (Sales Manager)
Last Online:29 Oct, 2016