思高特可以设计和制造定制的机器人铣削解决方案，以适应您的应用程序的个人需求。

思高特 can design and manufacture custom robotic milling solutions to suit the individual needs of your application.

削机器人能够生产最高质量的复杂和不寻常的几何形状，并将CNC型生产方法，以大规模制造和雕刻。自动机器人铣削系统可以有灵活的刀具和切割系统设计，以满足特定的材料去除方法。这可以包括铣削，磨，砂，边缘修边，热线切割或热刀切割。

Milling robots are capable of producing the highest quality complex & unusual geometries and bring CNC type production methods to large scale fabrication and sculpting. Automated robot milling systems can have flexible tooling and cutting systems designed to cater to specific material removal methods. This can include Milling, Grinding, Sanding, Edge Trimming, Hot Wire Cutting or Hot Knife Cutting.

碾磨机器人可以加工各种不同的材料，从合金、碳纤维、塑料和泡沫，到软木和硬木，甚至混凝土和石头。任何大小或形状的任何物体都可以被研磨，只需简单地调整机器人程序和选择正确的末端臂工装。

Milling robots can process a variety of different materials from alloys, carbon fibre, plastics and foams through to soft and hardwood timber and even concrete and stone. Any object of any size or shape can be milled by simply adjusting the robot programming and choosing the right end-of-arm-tooling for the job.

优势：

·6或7轴铣削提供了多个冗余的自由轴，这意味着你可以做任何轴铣削机可以做的，加上更多；

    6 or 7 Axis Milling provides multiple redundant Axes of freedom, meaning that you can do anything a 5Axis Milling machine can do, plus more.

·增加灵活性与传统加工中心相比，机器人铣削大大增加了可加工对象的灵活性和尺寸

    Increase Flexibility – Robotic milling greatly increases the flexibility and size of the objects which can be machined compared to traditional machining centres.

·低成本机器人铣削可以比同等规模的便宜。更大的工件体积可以加工成本的一小部分，一个大型数控机床。

    Lower Cost – Robotic milling can be cheaper than an equivalent sized CNC. Larger work piece volumes can be machined for a fraction of the cost of a large CNC machine.