Hei waahanga nui i roto i te mara ahumahi, ko te mahinga nui o te pātene Carbide Carbide ka taea te karo mai i te mahinga hangahanga nui.
The first is the preparation of raw materials. Ko nga mahi a nga tungsten me nga cabalt i whakamahia i te nuinga o te pihi o te pousten carbide, me te kawenga a te rongsten, cobalt me etahi atu paura kua whakaranuhia ki tetahi waahanga. Ko enei paura me tino tirotiro me te tukatuka kia pai ai te rahi o te matūriki matūriki me te tino reo, te whakatakoto i te turanga mo te mahi a muri ake.
This is followed by the sintering process. Ko te tinana o te niho tuawha e hara ana i roto i te oumu harakeke-nui, me te matūriki nui, ka rereke nga matūriki paura me te whakakotahi ki te hanga i tetahi hanganga whakairo kaha. Parameters such as temperature, time and atmosphere of the sintering need to be tightly controlled to ensure optimal tooth performance. After sintering, the properties of the ball teeth such as hardness, strength and wear resistance have been greatly improved.
In order to further improve the surface quality and accuracy of the ball teeth, subsequent machining is also carried out. For example, grinding, polishing and other processes are used to make the surface of the ball teeth smoother and the size more accurate. I te wa ano, kia rite ki nga whakaritenga tono rereke, ka taea hoki te tunu i nga niho titanium, penei i te tohu titanium, te whakarei ake i a Anti-kakahu, me etahi atu taonga.
Quality inspection is carried out throughout the manufacturing process. Mai i te tirotirohanga o nga rauemi mata, ki te whakamatautau i nga hua takawaenga i ia mahinga whakamutunga, ki nga whakamatautau o te hua whakamutunga, ko nga waahanga whakamatautau o te huarahi e whakarite ana ko te kounga o nga niho Spherical. Only the spherical teeth that have passed the various tests can be put into practical application.