Karfe Karfe
Domin karfen carbon ya ƙunshi carbon, baya nuna haske da ƙarfi kuma yana ɗaukar hasken haske da kyau.Carbon karfe ne dace da Laser sabon a duk karfe kayan.Saboda haka, carbon karfe Laser sabon inji da unshakable matsayi a carbon karfe aiki.
Aikace-aikacen ƙarfe na carbon yana ƙara ƙaruwa.Na zamaniLaser sabon injiiya yanke matsakaicin kauri na carbon karfe faranti har zuwa 20MM.Ana iya sarrafa tsaga don yankan ƙarfe na carbon ta amfani da narkewar oxidative da tsarin yankewa zuwa nisa mai gamsarwa.Kusan 0.1MM.
Bakin karfe
Laser yankan bakin karfe yana amfani da kuzarin da aka saki lokacin da aka kunna fitilar Laser a saman farantin karfe don narke da ƙafe bakin karfe.Ga masana'antun masana'antu da ke amfani da takardar bakin karfe a matsayin babban bangaren, Laser yankan bakin karfe hanya ce mai sauri da inganci.Mahimman sigogin tsari waɗanda ke shafar ƙimar ingancin bakin karfe shine yanke saurin, ikon laser, da matsa lamba na iska.
Idan aka kwatanta da ƙananan ƙarfe na carbon, yankan bakin karfe yana buƙatar ƙarfin laser mafi girma da matsa lamba oxygen.Ko da yake yankan bakin karfe yana samun sakamako mai gamsarwa, yana da wahala a sami cikakken yanke kabu mara amfani.Babban matsi nitrogen da Laser katako ana allura coaxial don busa narkakkar karfe ta yadda ba a samu wani oxide a kan yankan saman.Wannan hanya ce mai kyau, amma ya fi tsada fiye da yankan oxygen na gargajiya.Hanya daya da za a maye gurbin nitrogen mai tsafta ita ce amfani da iskar da ake tacewa, wanda ya kunshi kashi 78% na nitrogen.
Lokacin da Laser yankan madubi bakin karfe, domin hana jirgin daga tsanani konewa, a Laser fim ake bukata!
Aluminum da alloy
Ko da yake Laser sabon na'ura za a iya yadu amfani da aiki na daban-daban karfe da kuma wadanda ba karfe kayan.Duk da haka, wasu kayan, irin su jan karfe, aluminum, da kayan aikin su, suna yin yankewar Laser da wuya a aiwatar da su saboda halayensu (high reflectivity).
A halin yanzu, ana amfani da yankan Laser farantin aluminum, Laser fiber da YAG Laser.Duk waɗannan kayan aikin guda biyu suna da kyau wajen yanke aluminum da sauran kayan, kamar bakin karfe da carbon karfe, amma ba za a iya sarrafa su ba.Aluminum.Gabaɗaya, matsakaicin kauri na 6000W za a iya yanke zuwa 16mm, kuma 4500W za a iya yanke zuwa 12mm, amma farashin sarrafawa yana da girma.An fi amfani da iskar gas ɗin da ake amfani da shi don busa narkakkar samfurin daga yankin yankan, kuma gabaɗaya ana iya samun ingantaccen ingancin saman.Ga wasu allunan aluminium, ya kamata a ba da hankali don hana ƙananan fashe-fashe a saman tsagewar.
Copper da alloys
Ba za a iya yanke tagulla mai tsabta (tagulla) ba tare da katako na laser CO2 saboda girman girmansa.Brass (garin jan ƙarfe) yana amfani da wutar lantarki mafi girma, kuma iskar gas ɗin yana amfani da iska ko iskar oxygen, wanda zai iya yanke faranti.
Titanium da alloys
Laser yankan na titanium gami da aka saba amfani da su a cikin masana'antar jirgin sama yana da inganci mai kyau.Ko da yake za a sami ɗan ɗanɗano kaɗan a ƙasan tsaga, yana da sauƙin cirewa.Tsabtataccen titanium za a iya haɗa shi da kyau tare da makamashin zafi wanda aka canza ta hanyar katako na Laser mai da hankali.Lokacin da iskar gas ɗin ke amfani da iskar oxygen, halayen sinadarai suna da ƙarfi kuma saurin yanke yana da sauri.Duk da haka, yana da sauƙi don samar da Layer oxide akan yankan gefen, kuma bazata iya faruwa.Don kare lafiyar kwanciyar hankali, yana da kyau a yi amfani da iska a matsayin iskar gas don tabbatar da ingancin yanke.
Alloy karfe
Mai gami tsarin karafa da gami kayan aiki karfe iya zama Laser yanke don samun mai kyau sabon gefen ingancin.Ko da wasu kayan aiki masu ƙarfi, idan dai ana sarrafa sigogin tsari yadda ya kamata, ana iya samun madaidaicin madaidaicin yankan gefuna.Duk da haka, ga tungsten-dauke da high-gudun kayan aiki karfe da zafi-mold karfe, ablation da slagging faruwa a lokacin Laser yankan.
Nickel gami
Akwai nau'ikan allunan tushen nickel da yawa.Yawancin su ana iya fuskantar yankan fusion oxidative.
Next shi ne bidiyo na fiber Laser sabon na'ura:
https://www.youtube.com/watch?v=I-V8kOBCzXY
https://www.youtube.com/watch?v=3JGDoeK0g_A
Lokacin aikawa: Janairu-10-2020