产品简介

紧凑、快速、可靠！库里斯的单层切割机是久经考验的切割系统的第四代产品，经过了全面的改进和优化。带有可编程 Z 轴的切割头是其特点。所有机器都是为实现最高生产率和最佳制造质量而设计的。自适应刀具技术可单独、精确地适应各种材料。这意味着始终能达到最佳的切削条件。第四代设备配备了 Multiflex 更换系统。除了穿孔时间极短外，该系统的高行程和切割速度也令人印象深刻。有了换刀系统，设置时间也大大缩短，因为所需的设置工序大大减少。

库瑞斯 visitexLOC

由 digMAR 提供动力

visitexLOC 图像处理系统是专门为 KURIS 的纺织品和地毯切割机开发的，用于自动确定切割坐标。根据客户的要求，使用最新的摄像技术对需要切割的材料进行二维或三维扫描。由此计算出的裁剪坐标将传递给裁剪系统进行进一步处理。

除了可以根据需要放大或缩小扫描形状外，还可以根据需要进行圆角处理。可根据客户要求调整的各种计算模块可帮助操作员确定最佳切割坐标。预定义的标准计算模块可帮助操作员确定最佳切割坐标：

英文介绍

Compact, fast and reliable! The single-layer cutters from Kuris are the fourth generation of the tried and tested cutting systems that have been completely revised and optimized. The cutting heads with programmable Z-axis are characteristic. The machines are all designed for maximum productivity and optimal manufacturing quality. The adaptive tool technology can be individually and precisely adapted to the respective material. This means that optimal cutting conditions are always achieved. The fourth generation is equipped with the Multiflex changing system. In addition to extremely short piercing times, this system also impresses with its high travel and cutting speed. With the tool change system, setup times are also significantly reduced, as considerably fewer setting processes are required.

visitexLOC from KURIS

powerd by digMAR

The visitexLOC image processing system was specially developed for use on textile and carpet cutting machines from KURIS and is used for the automatic determination of cutting coordinates. Depending on customer requirements, the materials to be cut are scanned in 2D or 3D using the latest camera technology. The cutting coordinates calculated from this are then passed on to the cutting system for further processing.

In addition to the possibility of enlarging or reducing the scanned shapes as required, it is also possible to round corners as required. Various calculation modules that can be adapted to customer requirements help the operator to determine the optimum cutting coordinates. The predefined standard calculation modules help the operator to determine the optimal cutting coordinates: