I-Revolutionizing Machining Stainless: I-Carbide entsha yokuGuqulwa iziFakelo zihambisa ngokuFanelekileyo kunye nokuthembeka.

Yenzelwe iNcopho yoMsebenzi kwiNtsimbi eNgatyiwayo:

I-High-Efficiency Machining: Embindini wolu fakelo kukho i-micro-grain carbide substrate elungiselelwe ubulukhuni obukhethekileyo obushushu kunye nokuchasana ne-deformation phantsi koxinzelelo olunzima kunye namaqondo okushisa adibana nayo xa usika insimbi engenasici. Idityaniswe ne-ultra-smooth, i-rake face geometry ephuculweyo kunye ne-angle efanelekileyo yerake, ukufakwa kunciphisa kakhulu amandla okusika. Oku kuvumela amaziko okuguqula i-CNC ukuba asebenze ngesantya esiphezulu sokusika kunye namazinga okutya kunokuba kunokwenzeka ngaphambili ngokufakela okuqhelekileyo, ukunyusa ngokumangalisayo amaxabiso okususwa kwesinyithi kunye namaxesha okujikeleza.

Ukunganxibi kunye nokuSebenza: Ubomi obude bubaluleke kakhulu. I-MSK isebenzisa i-state-of-the-art multi-layered Physical Vapor Deposition (PVD) yokwambathisa, efana ne-TiAlN ekhethekileyo (i-Aluminium Titanium Nitride) eyahlukileyo. Olu tyaliso lubonelela ngomqobo okhethekileyo ngokuchasene nokunxitywa kwe-abrasive, ukunxitywa kwe-crater, kunye nokunxiba okuxutywayo okuqhelekileyo xa kusetyenzwa i-alloys encangathi engenanto. Isiphumo bubomi besixhobo esongeziweyo ngokumangalisayo, ukunciphisa ukuphindaphinda kokufakwa kwesalathiso kunye notshintsho lwesixhobo. Oku kuguqulela ngokuthe ngqo kwiindleko eziphantsi zezixhobo ngenxalenye nganye, ukunciphisa ixesha lokunciphisa umatshini, kunye nokunyuka komgangatho wevenkile. I-substrate eyomeleleyo iphinda ikhulise ukuxhathisa ngokuchasene nokuqhekeka kunye ne-micro-fractures, iqinisekisa ukusebenza okungaguqukiyo naphantsi kokuphazamiseka okuqhelekileyo kwizicelo ezingenasici.

I-Smooth Chip Breaking: Ukuqulunqwa kwe-chip engalawulwayo kuyingozi enkulu yokhuseleko kwaye inokonakalisa zombini i-workpiece kunye nesixhobo. Iinjineli ze-MSK zenze ngobuchule ijometri ye-chipbreaker esebenza kakhulu edityaniswe kwindawo ephezulu yokufaka. Le geometry ikhokela ngokuchanekileyo i-chip, ikhuthaza i-curl elawulwayo kunye nokuqhekeka kwi-curlection, ekhuselekileyo "C" okanye "6" okanye "9" amaqhekeza amile kuluhlu olubanzi lweeparamitha zokusika (ukutya, ubunzulu bokusika). Ukukhutshwa okulinganayo, okugudileyo kwetshiphu kuthintela ukubotshelelwa kwetshiphu malunga nesixhobo okanye isixhobo sokusebenza, sikhusela isiphelo sokusika kwiitshiphusi zokuphinda zigawulwe, kuphucula ukugqitywa komphezulu, kwaye konyusa ukhuseleko lwabasebenzisi. Olu lawulo lwetshiphu oluthembekileyo luyimfuneko kwimisebenzi yokuguqula i-CNC engajongwanga okanye izibane.

Ilungiselelwe i-CNC Turning Productivity: Ezi zifakelo zenzelwe ukwandisa amandla amaziko okujika e-CNC anamhlanje. Ukusebenza kwabo okungaguqukiyo kuvumela abadwelisi benkqubo ukuba batyhale ngokuzithemba oomatshini kwiiparamitha zabo ezifanelekileyo, besazi ukuba ukufakwa kunokusingatha iimfuno zensimbi engenasici. Indibaniselwano yesakhono esinesantya esiphezulu, ubomi besixhobo esandisiweyo, kunye nokuqhekezwa kwetshiphu okuthembekileyo kunciphisa ixesha elingasikwanga kwaye liqinisekise ukubaleka, ukuqhutywa kwemveliso ngokufanelekileyo.