Carbide
Carbide ya fi tsayi tsayi. Duk da yake yana iya zama mafi raguwa fiye da sauran masana'antun ƙarshen, muna magana da aluminum a nan, don haka carbide yana da kyau. Babban koma baya ga wannan nau'in niƙa na ƙarshen don CNC ɗin ku shine cewa zasu iya samun farashi. Ko aƙalla tsada fiye da ƙarfe mai sauri. Muddin kuna da saurin gudu da ciyarwar ku a ciki, masana'antar carbide ba kawai za ta yanke ta aluminum kamar man shanu ba, kuma za su daɗe na ɗan lokaci. Sanya hannunka akan wasu injina na ƙarshen carbide anan.
Rufi
Aluminum yana da laushi idan aka kwatanta da sauran karafa. Wanne yana nufin kwakwalwan kwamfuta na iya toshe sarewa na kayan aikin CNC ɗin ku, musamman tare da yanke mai zurfi ko yanke. Rubutun ga masana'anta na ƙarshe na iya taimakawa wajen rage ƙalubalen da ƙyalli na aluminum zai iya haifarwa. Titanium aluminium nitride (AlTiN ko TiAlN) kayan shafa suna da santsi sosai don taimakawa ci gaba da motsin kwakwalwan kwamfuta, musamman idan ba kwa amfani da sanyaya. Ana amfani da wannan sutura sau da yawa akan kayan aikin carbide. Idan kana amfani da kayan aikin ƙarfe mai sauri (HSS), nemi sutura kamar titanium carbo-nitride (TiCN). Ta wannan hanyar za ku sami lubricity da ake buƙata don aluminum, amma kuna iya kashe ɗan kuɗi kaɗan fiye da kan carbide.
Geometry
Da yawa na CNC machining game da lissafi, da kuma zabar karshen niƙa ba daban-daban. Yayin da adadin sarewa muhimmin abin la'akari ne, ya kamata kuma a yi la'akari da lissafin sarewa. High-helix sarewa taimaka da ban mamaki tare da CNC guntu fitarwa, kuma suna kuma taimaka da yanke tsari. Babban-helix geometries suna da mafi daidaito lamba tare da workpiece… ma'ana, abin yanka yana yanke tare da ƴan katsewa.
Yanke katsewa yana da wahala akan rayuwar kayan aiki da gamawar saman, don haka amfani da manyan geometries na helix yana ba ku damar tsayawa tsayin daka da matsar da na'urar CNC da sauri. Yanke da aka katse yana lalata sassan ku. Wannan bidiyon yana nuna yadda yanke yanke tare da guntuwar injin ƙarshen zai iya shafar dabarun yanke ku.
Lokacin aikawa: Yuli-03-2019
