The Picosecond Laser Machine is actually a laser with a pulse width of picoseconds. Because of its picosecond ultra-short pulse width, adjustable repetition rate, high pulse energy, etc., this machine has been widely used in biomedical, optical parametric oscillation and biomicroscopy imaging. It has gradually become an increasingly important tool in modern biological imaging and analysis systems. Picosecond Laser Machine For Tattoo Removal And Skin Rejuvenation
Picosecond laser technology has made remarkable progress now and has become a reliable tool for industrial micromachining, which cannot be accomplished by other methods. The picosecond pulse width can be compared to the electro-optic relaxation time, which is short enough to "cold" ablate the material.
Picosecond lasers have a number of advantages over shorter pulse width femtosecond lasers, so there is no need to broaden and compress the pulses for amplification. The picosecond laser design is less complex, so it is more cost effective and more reliable. The picosecond pulse is still short enough to handle some of the fine machining that is very precise and stress free.
The uhf rfid reader is an RFID device that operates in the UHF UHF band and typically operates at 840-960 M Hz (different standards in all regions of the world). Ultra-high frequency systems transmit energy through electromagnetic fields.
The uhf rfid reader reads the stored information in the UHF RFID tag by means of electromagnetic wave reflection coupling. It has the advantages of long-distance reading and group reading, but it is difficult to define the reading area. Secondly, UHF RFID The reader has a high data transfer rate and can read a large number of electronic tags in a short time.
The main applications of UHF readers are: supply chain management, production line automation management, aviation parcel management, container management and application, railway parcel management, logistics management system, etc.