Arfurla laser with 1470nm for Dental function and Teeth whitening

Product Description

Laser stands for light amplification by stimulated emission of radiation. During a procedure, the laser will emit light energy in

a narrow, concentrated beam. This light produces a reaction when it hits tissue, allowing it to remove or shape tissue

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Working Principle

Advantage of dental lasers:

The dental lasers from Arfurla laser is the most reasonable but advanced laser available for soft tissue dental applications,

the special wavelength has high absorption in water and haemoglobin combines precise cutting properties with immediate

coagulation. With CW and Pulse Mode, it can cut the soft tissue very fast and smoothly with less blood and less pain than

ordinary dental surgery device. Aside from an application in soft tissue surgery, it is also used for other treatments such as

decontamination, biostimulation and tooth whitening.

The described effect on the tissue is achieved by means of an indication specific combination of wavelengths – for instance,

a wavelength of 1470 nm produces the optimum conditions for efficient vaporization of the fat tissue and for tightening the

overlying connective tissue. Coagulation of the blood vessels, on the other hand, is achieved by using a complementary

wavelength of 980 nm.

Applications on dental laser:

In hard tissue application, the laser is used for caries prevention, bleaching, restorative removal and curing, cavity

preparation, dentinal hypersensitivity, growth modulation and for diagnostic purposes, whereas soft tissue application

includes wound healing, removal of hyperplastic tissue to uncovering of impacted or partially erupted tooth,

photodynamic therapy for malignancies, photostimulation of herpetic lesion. Use of the laser proved to be an

effective tool to increase efficiency, specificity, ease, and cost and comfort of the dental treatment.

Applications of dental laser:

Removing tissue around an exposed wisdom tooth

Reshaping gum tissue

Removing and reshaping bone and gum tissue during crown lengthening procedures Removing inflamed gum tissue

Removing muscle attachments that restrict tongue or lip movement Accelerating in-office tooth whitening procedures

Reducing the discomfort from cold sores and cankers Removing small amounts of tooth enamel Preparing tooth enamel for composite bonding

Repairing certain worn-down filling

Advantages of the minimally invasive procedure:

Less and Sometimes No Blood Loss for Surgery

Optical coagulation:

Seal blood vessels without thermal cauterization or carbonization Cut and coagulate precisely at same time

Avoid collateral tissue damage , increase tissue-protecting surgery

Minimize post-operative inflammation and discomfort

Controlled depth of laser penetration accelerated patient healing

Increase patient turnover rates with more efficient laser procedures

Reduce patient discomfort and the need for anesthetic

Effective Treatment of Oral Therapy Sensitivity is Detected On Time

Parameter

Beam Transmission	Biquartz optical fiber transmission
Operation mode	Pulse, CW, Single
Frequency	50/60Hz
Disable Control	Emergency Stop Button
Wavelength	1470nm
Power	1-60W
Pulse Duration	50us-3s
Repetition Rate	0.2Hz-10KHz
Pilot Beam	Red Diode Laser of 635nm, Power<5mW
Control mode	True color Touch Screen
Transmission System	Fibers of 400um and 600um with SMA 905Connector
Power Accuracy	+-20%
Warranty	2 years
Power requirement	AC120V±22V,60HZ±1HZ/AC230V±22V, 50HZ±1HZ