In recent years, the growth point of traditional laser welding technology mainly relies on the laser welding application process in the lithium battery industry and the energy storage industry. At present, the amount of laser handheld welding is increasing, and the technology is becoming more and more mature and stable. The laser soldering application that has recently broken through in the field of laser welding belongs to the Endistri sibdivize nan jaden an sibdivize . Malgre ke jaden yo pwodwi elektwonik ak jaden an kominikasyon elektwonik yo te montre yon tandans jeneral anba nan dènye ane yo, zouti nan teknolojik nan lazè soudaj te reyalize yon tandans kwasans segondè-vitès kòm yon antye .}
Konpare ak teknoloji tradisyonèl soude, soudaj lazè gen avantaj evidan nan anpil jaden . Kounye a, nou sitou sèvi ak metòd lazè soudaj: lazè flite voye boul fèblan, lazè dot soude keratin, lazè Solder Solder Fil, elatriye {{} Lazè kòm yon sous chalè pou chofe lazè soudaj espesyal soude kerat
LDS process, that is, laser direct forming technology, is a technology that uses laser technology to directly print circuit boards on special plastic parts in three dimensions. It is currently widely used in communications, electronics and medical industries. There is a special structure: the welding areas on both sides are close to each other, and the chip capacitors need to be bridged and welded synchronously on Tou de bò kous la, se sa ki, fèblan an sou tou de bò nan kondansateur yo dwe respire gaye ak substrate a pa dwe boule .
Depi epesè nan kouch nan enprime LDS se sèlman yon douzèn mikron, ak plastik anba a se pa rezistan a tanperati ki wo, li se nòmalman nesesè yo sèvi ak soude tanperati ki ba soude konstan soude konstan . etap debaz yo nan lazè soude soudeur { Joint ak aplikasyon an plas nan keratin soude pou yon tan ase pou ke zòn nan kote fèblan an fonn bezwen gaye nan jwenti a soude rive nan tanperati a oblije fòme yon kouch alyaj, kidonk jwenn yon ki estab soude jwenti .
