Equipped with fully automated loading and unloading, complemented by autonomous robotics. Attains remarkable bending speeds of up to 0.2 seconds per stroke, drastically reducing production time and maximizing throughput.
Enjoy a user-friendly graphical interface, real-time cloud monitoring, and essential safety features such as thickness detection and overload protection for smooth, secure operation.
Built with state-of-the-art 24-axis servo systems and premium QT500-7 castings for exceptional stability. Precision engineering ensures tight tolerances, making it perfect for processing high-value materials.
Designed for ergonomic efficiency and minimal space usage. Low energy consumption cuts operational costs while maintaining outstanding performance on your production floor.
The PB-A series is equipped with a fully automated tool change system that drastically reduces downtime between production runs. This seamless process enables swift tool transitions, making it easy to handle complex designs and a variety of materials without manual intervention. Automation streamlines workflow, boosts throughput, and minimizes human error.
Unlock design flexibility and eliminate expensive, dedicated tooling with the bender’s versatile bending features. Universal tooling and advanced multi-axis controls allow efficient fabrication of intricate forms directly from digital designs.
Achieve superior productivity with an advanced servo-electric bending system. This cutting-edge technology delivers rapid bending cycles while maintaining accuracy and stability, directly improving your operational efficiency and return on investment.
To maximize efficiency and minimize manual work, the PB-A series features robust automated loading and unloading systems. Press arms and autonomous robotics are synchronized with Industry 4.0 standards, enabling fully hands-free operations. These features ensure consistent quality and high output, making this machine a top choice for large-scale, modern production lines.
Operator safety is paramount with advanced integrated systems, including thickness detection and overload protection. These features not only safeguard workers but also ensure efficient management of high-value materials like stainless steel and aluminum, reducing waste and preventing costly equipment damage.
The PB-A series boasts a compact, ergonomic design tailored for space-constrained environments. Engineered to meet Industry 4.0 standards, it integrates seamlessly into automated workflows. Its low power consumption keeps operating expenses down while advanced technologies deliver exceptional performance for global manufacturers.
"Integrating the ADH PB-A Panel Bender has transformed our workflow. The automatic tool change and 0.2-second bend speed have boosted our productivity by over 40%. Setting up for complex parts is now incredibly quick. ADH’s integration support was exceptional."
"Being able to produce intricate curves and sharp bends in stainless steel without molds has been a game-changer. The ADH panel bender consistently delivers precise results, significantly lowering our scrap rate. It’s now the highlight of our upgraded production line."
It significantly cuts manual setup time between different bending sequences or jobs. This enables continuous production of complex parts with multiple bends, greatly increasing uptime and total output.
The PB-A series excels at forming arcs, radius bends, sharp angles (less than 90°), Z-bends, hemmed edges, and many combined profiles, providing outstanding design flexibility and substantial savings on tooling and storage.
High precision is achieved through robust construction, advanced multi-axis servo controls for exact positioning, integrated thickness detection for automatic parameter adjustment, and intelligent feedback systems.
Absolutely. The PB-A series is built for Industry 4.0, offering standard interfaces for seamless integration with robotic loading and unloading systems, conveyors, and centralized factory management software.
Operating costs are minimized through energy-efficient servo drives, elimination of mold expenses for complex parts, reduced material waste due to precision and safety features, decreased maintenance needs thanks to high-quality components, and increased productivity from high-speed automation.
