发那科与机床厂商合作扩展 FsBP 数据利用能力
Accelerating Data Utilization in Production Sites Through Collaboration with Machine Tool Builders Expanding the Use of Machine-Specific Signals to Enable the Collection of Higher-Quality On-Site Data
发那科正在与机床厂商加强合作，扩展 FIELD system Basic Package（FsBP）的数据利用能力。FsBP 是采集机床、机器人及其他设备数据的数据平台，可汇集发那科产品与第三方设备的数据。此次方案把机床厂商定义的机床信号预先配置并注册在 FsBP 中，客户只需选择机床，即可使用厂商提供的详细机床状态数据。此前客户要详细分析机床状态，需自行确认信号地址、理解各机型含义不同的信号并做相应配置；新方式减少了信号排查和单独配置的负担，引入后即可开始机床状态的可视化与分析。可用的现场数据包括生产实绩、合格与不合格信息、换刀状态、刀具寿命信息、机器人等待时间、托盘更换等待时间；客户由此不仅能判断设备运行或停止，还能获取停机原因、耗时工序、影响生产率的因素以及质量和维护问题。不同机床厂商提供的机床状态信息在 FsBP 中集中使用，即使设备来自多家厂商，也能用同一数据平台做全厂分析。发那科表示将继续与机床厂商合作推进现场数据利用。
October 22, 2026
FANUC CORPORATION
FANUC CORPORATION is collaborating more closely with machine tool builders and expanding the data utilization capabilities of the FIELD system Basic Package (FsBP) for a more sophisticated approach to using production site data.
In recent years, as improvement activities leveraging IoT and AI are becoming increasingly widespread in the manufacturing industry, expectations are rising regarding the use of more detailed shop-floor information, such as production performance, quality data, tool information, and process data, besides equipment operating status data.
The FIELD system Basic Package (FsBP) is a data platform that collects data from machine tools, robots and other equipment, to facilitate the visualization of production sites and support continuous productivity improvements. Data can be gathered from not only FANUC products, but also a wide range of third-party machines and devices, enabling effective use of data across the entire factory.
With this scheme, machine signals defined by machine tool builders are preconfigured and registered within FsBP. This allows customers to readily utilize detailed machine status data provided by machine tool builders simply by selecting the machine tool.
Previously, to analyze a machine’s status in detail, customers had to identify the signal address and understand the meaning of signals which are different in each machine, as well as configure as necessary. This approach reduces the burden of signal investigation and individual configuration, providing an environment in which visualization and analysis of the machine status can be started immediately after introduction.
In addition, customers will be able to utilize a wide range of shop-floor data effortlessly, including:
- Production performance
- Information on defects and non-defects
- Tool change status
- Tool life information
- Robot waiting time
- Pallet change waiting time
As a result, customers will not only be able to know whether the equipment is in operation or has stopped, but can also acquire information on the following:
- The reason for the stop
- The process which is time consuming
- Factors impacting productivity
- Issues concerning quality and maintenance
Such information directly connects to improvement activities.
Furthermore, with centralized usage within FsBP of machine status information provided by different machine tool builders, factory-wide analysis and improvement activities can be performed with a common data platform, even when there is a mix of equipment from multiple manufacturers.
As AI adoption in the manufacturing industry gains momentum, the ability to easily collect and utilize high-quality shop-floor data is becoming increasingly important to maximize the value of AI. Through continued collaboration with machine tool builders, FANUC will further promote the utilization of on-site data with higher added value and strengthen the data platform that supports the use of AI.
About FIELD system Basic Package (FsBP)
The FIELD system Basic Package (FsBP) is a data platform that collects data from machine tools, robots and other equipment, facilitating the visualization of production sites and supporting continuous productivity improvements. Data can be gathered from not only FANUC products, but also a wide range of third-party machines and devices, enabling effective use of data across the entire factory.
来源：FANUC News Release · fanuc.co.jp