拉刀切削负荷的计算
　　Calculation of pulling force
　　预想负荷(kgf) =切削宽度(mm)x1刃的切深(mm)x单位面积切削阻力(kgf/mm²) x同时切削刃数安全负荷(kgf) = 1.8x预想负荷(kgf)
　　预想负荷是拉刀在普通状态下加工时所必需的切削力。 随着拉刀刀刃的不断磨损.就需要逐斩加大切削力, 但加大到一定程度后拉刀会破损 , 或者因kok官网app(中国)有限公司的维护状态不良而在切削中停机。 安全负荷就是指为了防止出现上述情况的允许切削力 。
　　Calculation of pulling force Expected force(Kgf) =Cutting width x Cutting depth/1 tooth(mm) x specific cutting resistance(kgf/mm²) x number of simultaneous Safety load(kgf)=1.8 x Expected force（kgf).
　　Expected force means that necessary cutting force for broaching under norma1 condition. Safety load is permitted cutting force.
　　拉刀全长和kok官网app(中国)有限公司行程的关系
　　Broach cutter length and machines stroke
　　拉刀的长度要受到kok官网app(中国)有限公司的行程及夹具的限制 。
　　拉刀刃长+后部柄长(MAX)= (最大行程) - (工件切削长度)
　　所需行程=刃长+工件切削长度+后柄长度<kok官网app(中国)有限公司最大行程
　　由于产品在不断的改进中,样本技术参数如有改动,恕不另行通知。
　　Broach cutter length and machines stroke Broach length is limited by machine stroke and jig/fixture
　　Broach cutter teeth length+length of rear shank=(Max stroke)-(cutting length)
　　Necessary stroke=Teeth length+length of rear shank+Broaching length＜broaching machine stroke(max)

　　Description and specifications given in this catalogue are subject to modification without notice.