-
532nm green laser marking glass LOGO will not be scorched or deformed
May 06 , 2021
532nm green laser marking glass LOGO will not be scorched or deformed Nowadays, people’s requirements for cups are no longer as strong and durable as they were at the beginning. The big iron cups that once represented an era, plastic cups have gradually faded out of people’s vision, replaced by various mugs and wooden cups that win with their beauty. Cups, portable cups, etc. Th...
view more
-
532nm nanosecond laser marking pattern technology improves the appearance of the glass
May 06 , 2021
532nm nanosecond laser marking pattern technology improves the appearance of the glass Nowadays, people’s requirements for cups are no longer as strong and durable as they were at the beginning. The big iron cups that once represented an era, plastic cups have gradually faded out of people’s vision, replaced by various mugs and wooden cups that win with their beauty. Cups, porta...
view more
-
15W UV solid-state laser engraving on ceramics, clear and delicate
May 08 , 2021
15W UV solid-state laser engraving on ceramics, clear and delicate In the game between tradition and modernity, the vitality of ceramic handicrafts is due to its active embrace of modernity and trend. Both styles and patterns have not adhered to conventions, but adopted modern ultraviolet laser marking technology to complete ceramic engraving and LOGO engraving. And painted various patterns. Ultra...
view more
-
Nanosecond UV laser engraving technology makes ceramics infinite charm
May 08 , 2021
Nanosecond UV laser engraving technology makes ceramics infinite charm In the game between tradition and modernity, the vitality of ceramic handicrafts is due to its active embrace of modernity and trend. Both styles and patterns have not adhered to conventions, but adopted modern ultraviolet laser marking technology to complete ceramic engraving and LOGO engraving. And painted various patt...
view more
-
Laser Marking on Plastic
May 08 , 2021
‘Plastics’ refer to materials with widely differing chemical compositions, which in turn means differing outcomes for the processes applied to them, including laser marking. Indeed, among plastics we can distinguish between polycarbonate, polyamide, polyester, PE, PET, ABS, and many others. These influence the choice of laser in terms of required wavelength. By way of example, P...
view more
-
Marking UDI Codes with Picosecond Laser
May 08 , 2021
Picosecond laser: the secrets of this technology We have already talked about the Picosecond Laser in this article and how important it is today to ensure 100% reliable Laser marking for UDI codes on medical devices. The medical industry is one of the most demanding industries for Laser marking on both metal and plastic. This is why the advent of the Picosecond Laser has been a revolution f...
view more
-
Nanosecond solid-state UV laser marking plastic air switch, long life
May 10 , 2021
Nanosecond solid-state UV laser marking plastic air switch, long life Although air switches are widely present in everyone's homes, few people know something about this little thing that guarantees the safety of our families. Even if they do, only high school students may know something from physics textbooks. Because the air switch has a long life cycle and almost no one cleans it u...
view more
-
High-power UV laser marking sapphire mirror label on watch glass
May 11 , 2021
High-power UV laser marking sapphire mirror label on watch glass Because glass is fragile and very hard, it always challenges the limits of traditional manufacturing processes such as milling, drilling, and grinding. The processing of sapphire glass mirrors is complicated, and it requires not only experienced craftsman skills but also high-end equipment to produce high-quality products. Therefore,...
view more
-
Ultrashort pulse UV laser is especially suitable for marking sapphire glass mirrors
May 11 , 2021
Ultrashort pulse UV laser is especially suitable for marking sapphire glass mirrors Because glass is fragile and very hard, it always challenges the limits of traditional manufacturing processes such as milling, drilling, and grinding. The processing of sapphire glass mirrors is complicated, and it requires not only experienced craftsman skills but also high-end equipment to produce high-qu...
view more
-
UV laser marking watch glass, not easy to break and high-definition
May 11 , 2021
UV laser marking watch glass, not easy to break and high-definition Because glass is fragile and very hard, it always challenges the limits of traditional manufacturing processes such as milling, drilling, and grinding. The processing of sapphire glass mirrors is complicated, and it requires not only experienced craftsman skills but also high-end equipment to produce high-quality products. ...
view more
-
Why Are Picosecond Pulses Superior to Femtosecond?
May 11 , 2021
RAMAN SPECTROSCOPY: WHY ARE PICOSECOND PULSES SUPERIOR TO FEMTOSECOND? Spectroscopy is a class of analysis methods meant for chemical species identification and concentration measurement, based on emission spectra detection, if irradiated by an adequate light source. Fluorescence-based spectroscopy is one of the oldest spectroscopic techniques. This technique utilizes electron-photon interactions ...
view more
-
5W FEMTOSECOND LASER FOR MULTI-PHOTON MICROSCOPY!
May 11 , 2021
THE NEW ALCOR 1064NM 5W FEMTOSECOND LASER FOR MULTI-PHOTON MICROSCOPY! The ALCOR laser series from SPARK Lasers just received a nice power boost! This series, offered in a dual 920nm and 1064nm wavelength configuration up to 2W, or a single wavelength configuration with up to 4W at 920nm (highest power 920nm fs laser on the market), now expands it's offerings to 5W of power at 1064nm! The new ALCO...
view more
