As the wholly owned Chinese subsidiary of WILA B.V., Jiangsu WILA Press Brake Tool Systems Co., Ltd. specialises in press brake tooling, clamping and crowning systems, as well as high-efficiency bending solutions. At this exhibition, WILA will showcase three proven solutions designed to make bending smarter, faster and more flexible.
◾ WILA Smart Tooling with DM-code
With a unique DM-code and the Smart Tooling App, users can quickly access tool specifications and data files, share them to the cloud or transfer them directly to the press brake control — making tooling identification and management simpler and smarter.
◾ WILA AirPower Series
Powered by standard 6–8 bar shop air, the AirPower Series enables extremely fast pneumatic clamping and unclamping without hydraulic oil or a hydraulic power unit. Its self-locking mechanism, lower operating costs and clean, sustainable design make it particularly suitable for electric press brakes, while remaining compatible with both new and existing machines.
Taking flexibility one step further, WILA ATC (Automatic Tool Change) addresses frequent tool changes in high-mix, low-volume production.
◾ WILA ATC | Automatic Tool Change
Integrated with robotic bending, ATC enables automatic tool changes with less manual intervention and shorter changeover times, helping improve bending efficiency, product quality and overall return on investment.
Across applications including cabinets and enclosures, elevators and metal furniture, these three solutions connect digital tooling management, efficient clamping and automatic tool changing to enable smarter and more flexible bending production.
Exhibit at MWCS 2026:
https://www.metalworkingchina.com/en/index.php/exhibition/exhibitors.html
Visit MWCS 2026:
https://ali7.infosalons.com.cn/reg/MWCS26/web/#/en/login?track=TK01
⭐ 12–16 October 2026
⭐ National Exhibition and Convention Center (Shanghai)
See you in Shanghai at MWCS 2026.
WILA SmartTooling AirPower AutomaticToolChange ATC PressBrake Bending SmartManufacturing FlexibleManufacturing Automation
