最高限度提高车削性能
摆线车削
提高生产效率和工序可靠性并节省时间是这一套件的显著优势。在此，经过验证的摆线铣削概念成功应用于所有车削部件粗加工。
通过 hyperMILL® MAXX Machining，摆线铣削概念可以快速、轻松地应用于所有车削部件。各个刀具路径及其进刀和退刀运动之间的连接路径完美针对各自加工应用进行协调。这不仅大大缩短加工时间，而且显著延长刀具寿命。均匀的机床运动可减少机床各轴上的负载。
摆线刀具路径
智能算法计算对应于摆线形状的刀具路径。 各条路径之间连接良好，进刀和退刀运动完美协调。优化进给可提供最大速度。
进给策略
加工以单向或双向进行。在直线或类似斜线的运动中完成进给。根据加工情况，将始终利用刀片的最大潜力。
3-axis simultaneous high-performance turning
The combination of HPC and simultaneous machining combines all the advantages of both technologies. HPC simultaneous machining further boosts the turning efficiency of machines with a swivel head on the third axis. Complex workpiece geometries can be machined in a single operation by simultaneously adapting the approach angle during turning.
High-Performance Turning Example
In this video you can see an impressive HPC Turning demo part made in collaboration with CERATIZIT. It clearly shows how efficient and flexible it is. It can be used for OD turning, face turning, grooves of all sorts and ID turning. All this without any additional programming efforts.
特点
- 工序可靠性更高
- 生产效率更高
- 材料去除率高
- 易于编程
- 所需刀具数目减少
- 加工保护刀具
- 采用久经考验的 Celeritive™ 技术