Titanium alloy, tare da ƙwararren aikinsa a fagen kayan aikin injiniya, ya nuna ƙwarewarsa a cikin manyan masana'antu da yawa kamar sararin samaniya da na'urorin likitanci.Koyaya, fuskantar sarrafa kayan gami na titanium, musamman madaidaicin sassan sassa, ƙwararrun tsarin galibi suna fuskantar jerin ƙalubale.Wannan labarin yana da nufin zurfafa cikin mahimman abubuwan mashin ɗin mashin ɗin titanium, yana rufe mahimman wurare kamar kayan kayan aiki, dabarun injina na ci gaba, da gudanawar tsari.Yana nufin samar da masu karatu cikakken jagorar fasaha mai zurfi a matsayin abin dogara ga ayyuka masu amfani.

1. Halayen titanium gami

Alloys na Titanium suna da kyakkyawan ƙarfi, juriya na lalata, da daidaituwar halittu, yana sa su yi amfani da su sosai a sararin samaniya, na'urorin likitanci, da sauran fannoni.Duk da haka, babban taurinsa, ƙarancin wutar lantarki, da rashin kuzarin sinadarai suma suna sa sarrafa gami na titanium ya ɗan yi wahala.

2. Hanyoyin sarrafawa don daidaitattun sassan titanium gami

(1) Hanyoyin injuna na al'ada, gami da juyawa, niƙa, hakowa, da sauransu, sun dace da sarrafa sassa na gabaɗaya, amma suna da ƙarancin inganci don daidaitattun sassa tare da sifofi masu rikitarwa.

(2) Hanyoyin injuna na gargajiya ba, kamar injin fitarwa na lantarki, injin laser, da sauransu, na iya cimma daidaiton mashin ɗin na hadaddun sifofi, amma farashin kayan aiki yana da yawa kuma tsarin injin ɗin yana da tsayi.

3. Tsarin fasaha don madaidaicin machining na sassan alloy titanium

(1) Zaɓin kayan aiki: Ya kamata a zaɓi babban tauri da kayan aiki masu jurewa, irin su kayan aikin PCD, masana'anta na ƙarshe, da sauransu, don haɓaka haɓakar injina da ingancin saman aikin.

(2) Cooling da lubrication: Titanium alloy aiki yana da haɗari ga yanayin zafi mai yawa, kuma ana buƙatar sanyaya da kuma hanyoyin lubrication da suka dace kamar yankan sanyaya ruwa da yanke bushe don hana lalacewar aikin aiki da lalata kayan aiki.

(3) Ma'auni na sarrafawa: ciki har da saurin yankewa, ƙimar ciyarwa, yanke zurfin, da dai sauransu, ya kamata a zaba da kyau bisa ga ƙayyadaddun kayan aiki da kayan aiki na kayan aiki na titanium alloy don tabbatar da ingancin aiki da inganci.

4. Matsaloli na gama gari da mafita a cikin mashin daidaitaccen mashin ɗin ƙarfe na titanium

(1) wahalar yanke yana da girma: hanyoyin kamar haɓaka saurin yankewa da rage zurfin yanke za a iya amfani da su don rage wahalar yanke.

(2) Ƙunƙarar kayan aiki mai tsanani: Sauya kayan aiki na yau da kullum, zaɓin kayan aiki masu dacewa, da sauran hanyoyin da za a iya amfani da su don tsawaita rayuwar kayan aiki.

5. Kammalawa

Daidaitaccen mashin kayan aikin ƙarfe na titanium yana haifar da wasu ƙalubale, amma ta hanyar fahimtar halayen titanium alloy, zaɓin hanyoyin mashin ɗin da suka dace da fasahar aiwatarwa, ingantaccen aiki da inganci za a iya inganta su yadda ya kamata, biyan bukatun fannoni daban-daban don daidaitattun sassa.Don haka, ga injiniyoyi da masu fasaha waɗanda ke tsunduma cikin masana'antu masu alaƙa, ƙware mahimmancin ilimin mashin ingantattun sassa na alloy titanium yana da mahimmanci.

Ta hanyar samun zurfin fahimtar halaye na alloys na titanium, zaɓin hanyoyin sarrafawa da dabaru masu dacewa, GPM yana ba injiniyoyinmu da masu fasaha damar magance matsalolin da suka shafi yadda ya kamata yayin aikin mashin ɗin, magance ƙalubale a daidaitaccen machining na sassan alloy na titanium, da haɓaka ingantaccen aiki ingancin samfurin.Da fatan za a ji daɗin tuntuɓar mu.