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Qingdao Shengtong has a senior CNC bending machine design technical engineer. The design engineer has more than ten years of experience in CNC bending machine design and manufacturing. Our designers have been committed to the research and development and manufacturing of efficient, high-precision and energy-saving bending machines, and have accumulated a large number of successful experience and serve various metal sheet processing industries. We look forward to our cooperation. We will provide you with better bending process solutions.
names | flats | PBS 100×3200 |
CNC system | / | Dutch Delem system controls Y1, Y2, X, R axes and mechanical deflection compensation V axis |
* Large bend tonnage | T | 100 |
* Long bend length | mm | 3200 |
main motor power | KW | 10.8 |
X/R axis motor power | KW | 1 |
distance between columns | mm | 2700 |
throat depth | mm | 390 |
opening height | mm | 580 |
machine weight | kg | 8500 |
1. The fuselage is optimized through finite element design to ensure high strength and rigidity when the machine tool is in use. Compared with traditional CNC bending machines, the main motor adopts a servo motor, adds pressure sensors, increases motor speed, increases charging flow and oil pump displacement, and the Y-axis movement is softer and more efficient, and the bending efficiency is higher than that of mainstream models in the market. 30%. The main drive adopts a servo motor, and the rotational speeds of each state of the Y axis are different, which greatly reduces hydraulic overflow, reduces power consumption, reduces oil temperature, and saves electricity by 30-40%. Because the oil temperature is low, the life of hydraulic oil is greatly increased.
2. The German Rexroth full-closed-loop electro-hydraulic servo synchronous control system ensures high stability and high precision during high-speed operation of the machine tool. Compared with traditional CNC bending machines, the main motor adopts a servo motor, adds pressure sensors, increases motor speed, increases charging flow and oil pump displacement, and the Y-axis movement is softer and more efficient, and the bending efficiency is higher than that of mainstream models in the market. 30%.
3. The entire steel plate is welded as a whole and has strong earthquake resistance. Processes such as overall tempering/surface shot peening of the fuselage eliminate internal stress and ensure the long-term stability of the overall accuracy of the machine tool. The frame is machined and formed in one step by a pentahedral machining center to ensure the parallelism and verticality of each mounting surface. A "C" shaped frame mechanism is arranged at the throat of the frame, and the stability of bending accuracy can be guaranteed.

















