WILA’s Smart Tooling App (Android/iOS) manages press brake tooling. As part of its Smart Tooling Concept, it offers easy fast data entry, simplified inventory, and Bluetooth press brake control sync.
WILA has launched a new smartphone application, the Smart Tooling App, which provides tool management solutions for press brake tools. This innovative app enables WILA customers to experience the benefits of digitalization and data connectivity, including easy access to tool data anytime, anywhere, significant time savings, error-free tool data entry, and simplified stock management.
All of WILA’s New Standard Premium tools are equipped with a unique DM-code, and with the Smart Tooling App, users can effortlessly scan all tools at once using the DM-code on the box or scan each tool individually. After scanning the DM-code, users can immediately access the tool’s specifications and the correct tool data files for their press brake control. Furthermore, they can easily share the tool data directly to their cloud and add the tool files to their press brake control for seamless integration.
The Smart Tooling concept from WILA is more than just the Smart Tooling app. It also includes the integration of a Bluetooth module into our TIPS* smart clamping systems. With this TIPS clamping system, you can easily scan and add your TIPS system using the Smart Tooling app via the Bluetooth connection, enabling full integration with your tool data. Subsequently, you can synchronize the tool data in real-time to your press brake control through the Bluetooth connection in the clamping system, saving valuable production time.
The WILA Smart Tooling concept adopts a step-by-step approach to elevate press brake tool management to Industry 4.0 standards. To take the first step towards optimizing your tool management, simply download the WILA Smart Tooling App!
To enhance the Smart Tooling Concept, we will be introducing additional features and functions. The integrated electronics in both the clamping system and tooling will act as a platform for data communication. This platform can be regarded as an enabling platform for new applications that require a data infrastructure from the tooling and clamping system towards the press brake.
With the aid of big data analysis, we aim to further optimize the overall bending process in the future. These advancements will undoubtedly contribute to an even more efficient and effective press brake tool management system.
