NXT III is a leading-edge placement solution that is fast and takes up little space, making it possible to get the best productivity out of limited floor space. Other products that support further high-speed and realtime load control are also available.

The NEW NXT III is a highly productive, multi-functional modular placing machine. Built for speed, it features a faster XY robot and tape feeders, as well as a new H24 head that achieves 35,000 chips per hour.

FUJI富士NXT三代贴片机在高速、高精度、省空间的基础上，通过绝对单元化灵活对应生产变化并不断进化模组型高速多功能贴片机。 FUJI富士NXT三代贴片机参数详情： 富士NXT三代贴片机特性： 此款机器除了提高XY机械手与供料器的速度外，还通过采用「飞行拍摄 (Fly Vision)相机」提升从微型元件到大型异形元件在内所有元件的贴装能力。 如果再搭配新研制的「H24S工作头」，则1台模组的产能将高达42,000cph* (生产优先模式下)。 ※在本公司指定条件下的测试结果 …

NXTR offers a truly modular design for the optimal line configuration that caters to your production. Real-time sensing placement, optimized placement actions, and part handling checks after placement are just a few examples. This high end model machine supports new functions that preserve a high level of QCD performance.

模组型高速多功能贴片机nxt iii 是一款由富士机械制造株式会社研发的、继承nxt ii 的理念并进一步提高了生产率和贴装质量的新型贴片机。 目前，以智能手机等移动终端和车载电子仪器为代表的多功能、高性能的电子设备正在

The NXTR is a high-end model placement machine that pursues placement quality and productivity through expanding supported panel sizes and part handling capability and enhancing data processing while continuing the popular Fuji concepts -- compact, high area productivity, single side operation, modular, and simple operation.

1 m3 iii. 和m3 iiis 的可贴装范围不同。 ※. 2 . 可搭载到m3 iiis 上。 ※. 3 . 搭载到m6 iii。 ※. 4 . 本公司最佳条件下。 ※. 5 . 搭载在m3 iiis上时的产能。

2025年3月27日 · 富士貼片機nxt系列，尤其是m3和m6三代機，以其高精度、高效率和高靈活性贏得了市場的廣泛認可。 然而，面對這兩款功能強大的設備，如何根據實際需求進行選擇呢？

nxt iiiは、スピードと省スペースを両立し、限られたフロアスペースを最大限に活かすことのできる最先端の実装システムです。 閉じる 4

The NXT III expands on the concepts of the NXT II to achieve new levels of productivity and placing quality. A faster XY robot and faster tape feeders, as well as a newly developed “flying vision” parts camera, mean increased placing ability for all part sizes and types. The new H24 high-speed head achieves 35,000 CPH per module, a 35% ...