Double Servo Hydraulic CNC Press Brake with delem

HM series hydraulic press brake adopts new integral or split mainframe structure with high rigidity and toughness. The latest oil-electric hybrid drive system The latest oil-electric hybrid drive system, with energy saving and consumption reduction, high efficiency and low heat and other advantageous features, while greatly reducing the working noise, improving the efficiency and ensuring the stability of the machine. The modern and novel industrial appearance design ensures the stability of the machine by improving the working efficiency.

1. High-precision mechanical structure design, using dual-cylinder synchronous mechanical transmission system, ensuring machining accuracy and stability.

2. The Bending Machines are also equipped with advanced safety protection devices, including photoelectric protection, safety doors, emergency stop buttons, etc., ensuring the safety of operators.

3. The design and manufacturing of this machine comply with international standards, and it has reliability, durability, and easy maintenance, which not only meets the needs of users but also improves their production efficiency and competitiveness.

4. The Double Servo Hydraulic CNC Press Brake with delem also has a large processing range and applicability. Its maximum bending length can reach 4000 millimeters, and the maximum bending force can reach 300 tons, suitable for processing parts of different sizes, meeting the needs of different users.

5. This Automatic Panel Bender Machine adopts an advanced cnc programming system, which has the advantages of high automation, easy operation, and convenient programming. Users only need to enter the required processing parameters, and the machine automatically completes all processing processes, greatly reducing the tediousness and error rate of manual operation.

6. The Double Servo Hydraulic CNC press brake with delem also has low maintenance costs and a long service life. The machine uses high-quality hydraulic components and electrical components, ensuring machine stability and machining accuracy while reducing machine failure rates and maintenance costs, and extending the machine's service life.