Lasers in Surgery

Using lasers in surgery allows a beam to be focused on a very limited area. Due to this, the surrounding tissues will not be damaged, which will ultimately lead to a faster recovery compared to other conventional methods.

Superficial cutting and ablation are based on Ho:YAG laser-beam absorption by water, which is an essential part of human tissues, organs, and cells.

Ho:YAG lasers, therefore, serve a variety of purposes and can be used in many medical applications, most frequently in urology ¬– including incision of urethral and ureteral structures, and lithotripsy to break stones located in the urinary tract.

To provide accurate and clean incision at high speed, leading to reduced operating times, indestructible optical components must be part of your laser system.

In line with this, it seems we have what you’re looking for: high-repeatability optics and sub-assemblies, characterized by a high LIDT of >30 J/cm² @ 2090 nm, 10 ns, and low absorption coatings.

Our whitepapers on 2 µm applications, low absorption coatings for CW regimes, and brochure on assembly capabilities provide all the crucial information about our advanced solutions.

We assure high-repeatability optics and
sub-assemblies, characterized by a high LIDT
of >30 J/cm2 @ 2090 nm, 10 ns and low
absorption coatings.