O se vaega taua i le fanua alamanuia, o le sili atu le lelei o le faʻaeega coungsten butbin butcode e le tauʻaveina mai le matagofie gaosi gaosi.
The first is the preparation of raw materials. O le Cungsten ma Cobalt Countered o loʻo masani ona faʻaaoga e gaosia ai le ki o le kingsten butbin. O nei paote e manaʻomia ona faʻavasega lelei ma faʻagaioia ina ia mautinoa le filo i luga o le tutusa, o loʻo tuʻufaʻatasia le faʻavae mo le faʻagasologa
This is followed by the sintering process. O le mafiafia nifo nifo ua agasala i se ogaumu maualuga o le vevela, ma i lalo o le gaioiga o le maualuga o le vevela, o fasi fasimea e ese mai le fausiaina o se malosi o le kasa. 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 le taimi lava e tasi, tusa ai ma isi faʻamatalaga manaʻomia, o nifo faʻavae e mafai foʻi ona faʻauluau, pei o titanium, tuʻaiga o le Titani, e faʻaleleia atili ai lo latou tuitui.
Quality inspection is carried out throughout the manufacturing process. Mai le asiasiga o mea vaa, i le suʻega o oloa tuʻufaʻatasia i ni suʻega nofoaga mulimuli, o laasaga uma o le lelei nifo faʻaaogaina tonu tulaga tonu. Only the spherical teeth that have passed the various tests can be put into practical application.