Forgot your password?

Registration

company

brands

An unpredictable error occurred on the server. It will be fixed soon

Did you notice an error? Contact the editor

A confirmation email has been sent to your {email} email!

Your password has been successfully changed!

Something went wrong. Please try again later.

The password change request has been successfully sent to your email address.

Rules for publishing comments

The article was translated into English using automatic translation. The editors are working on its improvement.

we are working on a translation. Follow the link or use Google Translate

Apparatus medicine

Laser systems with wavelengths in the range of 511 to 1,410 nm can be used in four pulse duration modes:

<ul>
	<li>Q-switch mode &ndash; pulse duration is measured in the nanosecond range;</li>
	<li>short-pulse mode &ndash; pulse duration from 1 to 1000 &mu;s (0.001-1 ms);</li>
	<li>long-pulse mode &ndash; duration from 1 to 500 ms;</li>
	<li>constant radiation mode &ndash; constant contact of the laser beam and tissue.</li>
</ul>

There are significant differences between diode and pulsed solid-state lasers (e.g., differences in peak power and tissue contact time between diode and pulsed solid-state lasers). The peak energy of solid-state lasers is thousands of times greater than that of diode lasers.

The contact time between the laser beam and the tissue is hundreds of times shorter than the pause between pulses. This leads to heat removal from the target tissue and avoids burns. High peak energy allows for effective destruction of the target tissue. For each type of laser, its own application technologies have been developed taking into account these features.

Full version of the access article <a href="https://pro.bhub.com.ua/cosmetology/dermalne-omolodjennya-proceduri-na-neablyaciynomu-lazeri">in Ukrainian</a> 
&nbsp;

Dermal rejuvenation: non-ablative laser procedures