-
PCB depaneling and singulation laser systems are gaining popularity
Apr 06 , 2021
PCB depaneling and singulation laser systems are gaining popularity—especially as circuit board complexity and component ratios continue to rise. Microelectronics and medical device manufacturers require close tolerances and minimal debris—this is where laser technology shines TRADITIONAL VERSUS LASER DEPANELING Mainstream depaneling methods utilize routers, die cu...
view more
-
Laser plastic welding has become popular in several industries
Apr 06 , 2021
Our custom laser systems bring economy, speed, accuracy and repeatability to your plastic welding operation. Laser plastic welding has become popular in several industries, including medical device and automotive manufacturing. Its advantages over traditional welding methods are numerous and can lead to enormous savings. ADVANTAGES Seam quality. Lasers achieve excellent weld seam structure ...
view more
-
Ultraviolet laser cutting, marking and drilling technology for FPC flexible circuit boards
Apr 07 , 2021
Ultraviolet laser cutting, marking and drilling technology for FPC flexible circuit boards Ultraviolet laser etching FPC flexible circuit board QR code Ultraviolet laser cutting FPC flexible circuit board without carbonization FPC flexible circuit boards, light, thin, soft, and flexible, are very suitable for the needs of portable medical equipment, and are widely used in medical equipment,...
view more
-
Ultraviolet laser etching FPC flexible circuit board QR code
Apr 07 , 2021
Ultraviolet laser cutting, marking and drilling technology for FPC flexible circuit boards Ultraviolet laser etching FPC flexible circuit board QR code Ultraviolet laser cutting FPC flexible circuit board without carbonization FPC flexible circuit boards, light, thin, soft, and flexible, are very suitable for the needs of portable medical equipment, and are widely used in medical equipment,...
view more
-
Ultraviolet laser cutting FPC flexible circuit board without carbonization
Apr 07 , 2021
Ultraviolet laser cutting, marking and drilling technology for FPC flexible circuit boards Ultraviolet laser etching FPC flexible circuit board QR code Ultraviolet laser cutting FPC flexible circuit board without carbonization FPC flexible circuit boards, light, thin, soft, and flexible, are very suitable for the needs of portable medical equipment, and are widely used in medical equipment,...
view more
-
Ultraviolet laser cutting FPC flexible circuit board without carbonization
Apr 07 , 2021
Ultraviolet laser cutting, marking and drilling technology for FPC flexible circuit boards Ultraviolet laser etching FPC flexible circuit board QR code Ultraviolet laser cutting FPC flexible circuit board without carbonization FPC flexible circuit boards, light, thin, soft, and flexible, are very suitable for the needs of portable medical equipment, and are widely used in medical equipment,...
view more
-
UV Laser technology has many advantages over traditional plastic drilling methods
Apr 07 , 2021
Laser technology has many advantages over traditional drilling methods. It enables more precise drilling, makes no mechanical contact with plastic parts and lets you switch between hole sizes and shapes quickly and easily. Depending on the order you need to fill, you may require different hole sizes for a specific part. Thanks to laser drilling, you can stock undrilled parts and then drill the req...
view more
-
Internal and external green laser marking of glass
Apr 07 , 2021
Whether you need an internal mark or surface etching, our laser glass marking systems can meet your needs. Due to its many advantages over traditional marking techniques, laser marking is found in an increasing number of industries—bringing flexibility, speed and repeatability to your application. Other advantages include: No consumables. Laser marking doesn’t require extra consumables...
view more
-
GREEN LASER FOR INTERNAL GLASS MARKING
Apr 07 , 2021
INTERNAL GLASS MARKING This method focuses a laser’s energy into the interior of a glass part—creating microfractures and a visually contrasting mark without affecting the outside surface. Internal glass marking uses 355-nm (Nd:YVO4) or ultrashort lasers. Their small spot sizes have high energy density and absorption rates that can mark precise locations within the glass. By cha...
view more
-
GREEN LASER FOR BACKLIT GRAPHIC MARKING
Apr 07 , 2021
GREEN LASER FOR BACKLIT GRAPHIC MARKING Another application for laser glass marking is to remove an opaque coating substance—paint, for example—from a glass surface in order to backlight the laser-removed areas. Depending on the coating, you can use many different laser wavelengths—from IR to UV—for this application. Wavelengths that are absorbed by the coating but transmit...
view more
-
355nm UV laser is used for drilling, engraving key PCB circuit board
Apr 08 , 2021
355nm UV laser is used for drilling, engraving key PCB circuit board The working principle of the car remote control key is to first send out a weak electric wave through the key, the electric wave signal is received by the car antenna, the signal code is recognized by the electronic control unit, and then the actuator (motor or electromagnetic coil) of the system performs the opening/closing acti...
view more
-
355nm laser drilling, cutting and engraving PCB circuit board will not produce burrs
Apr 08 , 2021
355nm laser drilling, cutting and engraving PCB circuit board will not produce burrs The working principle of the car remote control key is to first send out a weak electric wave through the key, the electric wave signal is received by the car antenna, the signal code is recognized by the electronic control unit, and then the actuator (motor or electromagnetic coil) of the system performs t...
view more
