High Precision Bending – Accurate angles, consistent results
Strong & Durable Structure – Built to last for years
User-Friendly CNC System – Easy to operate, save labor
Energy Efficient – Lower power consumption, cost-saving
Fast Bending Speed – Improve your productivity
Customizable Solutions – Meet your specific needs
High Efficiency and Automation
High Precision and Versatility
Energy Efficiency, Environmental Protection, and Easy Maintenance
Precise and fast: ±0.05 mm accuracy with a cutting speed up to 10 mm/min.
Energy saving and eco-friendly: high-energy-efficiency laser with no pollution.
Smart control: advanced CNC for automated operation with consistent accuracy.
Flexible use: cuts complex graphics and irregular materials.
Rapid mold change with a tool library and memory system
Automatic loading/unloading and 24/7 operation
Multi-task processing: 1 machine replaces 3-5
Laser positioning + servo motor compensation, bending error ≤0.1°
Simulation preview: import drawings to simulate the bending process
Ultimate efficiency, reshaping processing speed
Micron-level precision, achieving perfect details
One-click intelligence, operation has never been so simple
Save materials and money, every cut counts
All-rounder, one machine handles complex processes
OSM CNC press brakes enable highly precise control of bending angles and dimensions, ensuring products strictly meet design standards. For high-end window systems, this level of accuracy not only guarantees a firm connection between corner connectors and profiles but also significantly enhances the overall strength and performance of the window.
Whether it is aluminum alloy, stainless steel, or other commonly used window materials, OSM CNC press brakes can handle them with ease. By quickly switching programs and adjusting parameters, the machine accommodates different thicknesses and specifications while supporting complex bending shapes, making it suitable for both customized and mass production.
OSM press brakes feature a high degree of automation, delivering bending efficiency far beyond traditional methods and significantly reducing production cycles. With the capability of continuous operation, they are ideal for large-scale production and fully meet the demands of the window manufacturing industry.
Built with a high-strength steel frame and advanced hydraulic system, OSM machines provide excellent stability and can withstand long-term heavy-duty operation without deformation. Their reliable power and flow control ensure smooth bending processes, making the equipment durable and consistently stable over time.
Window corner connectors are mainly made of aluminum alloy, stainless steel, and plastic, with a typical thickness of 0.6–1.2mm. The SE Series pure electric CNC servo press brake, powered by a servo motor, saves up to 80% energy compared to traditional machines. With fast ram speed, high productivity, and precision up to ±0.01mm, it is ideal for efficient mass production of window corner connectors.
Window sashes are typically made from aluminum alloy, titanium alloy, wood, or steel, with a standard thickness range of 0.5–1.0mm. The OSM HP series hydraulic CNC press brake is capable of producing a wide variety of complex shapes, including right angles, non-right angles, arcs, and both upward and downward bends. The system supports multi-unit automatic material support, minimizing manual intervention and reducing auxiliary time, which further enhances production safety and efficiency. Equipped with an advanced CNC system and user-friendly interface, it ensures smarter and more convenient operation.
Window frames are mainly made of aluminum alloy, with other materials including PVC steel, wood, steel, and thermal-break aluminum, typically 1.0–2.0mm thick. Traditional press brakes often struggle to meet the diverse and complex requirements of window components. In contrast, the SH Series CNC servo-hudraulic press brake allows flexible program and parameter adjustments, enabling efficient handling of various bending processes and significantly improving productivity and adaptability.
