WE67K export electro-hydraulic synchronous hydraulicCNC bendingPerformance characteristics:

A CNC sheet metal bending machine with streamlined design, high speed, high precision, and high rigidity.

Electro hydraulic servo system, fully closed-loop control slider synchronization.

The hydraulic disturbance compensation and throat deformation compensation mechanism of the workbench ensures the bending depth and accuracy.

The rear material is driven by a digital AC servo motor and driven by a large lead precision ball screw.


The WE67K export electro-hydraulic synchronous hydraulic CNC bending machine adopts BoSH high-performance integrated servo control system for oil cylinder synchronization, combined with international standard grating ruler, to form a fully closed-loop control, improve the stability of machine tool operation, simplify pipelines, and prevent leakage.

The WE67K export electro-hydraulic synchronous hydraulic CNC bending machine adopts a hydraulic convex automatic deflection compensation mechanism to solve the influence of the deformation of the slider on the quality of the workpiece during the bending process. The compensation amount is automatically adjusted by the CNC system, which is convenient and accurate. Ensured the straightness and bending angle of the bent workpiece.

The WE67K export electro-hydraulic synchronous hydraulic CNC bending machine adopts BoSH high-performance integrated servo control system for oil cylinder synchronization, combined with international standard grating ruler, to form a fully closed-loop control, improve the stability of machine tool operation, simplify pipelines, and prevent leakage.

The WE67K export electro-hydraulic synchronous hydraulic CNC bending machine adopts a hydraulic convex automatic deflection compensation mechanism to solve the influence of the deformation of the slider on the quality of the workpiece during the bending process. The compensation amount is automatically adjusted by the CNC system, which is convenient and accurate. Ensured the straightness and bending angle of the bent workpiece.

CNC bendingTechnical parameters:

Machine Tool Model (ZYB) 63/2500 80/3200 100/3200 160/3200 200/3200 250/3200 320/3200 Nominal force 630kN 800kN 1000kN 1600kN 2000kN 2500kN 3200kN Bending Length 2500mm 3200mm 3200mm 3200mm 3200mm 3200mm 3200mm Distance between columns 1900mm 2700mm 2700mm 2700mm 2700mm 2700mm 2700mm throat depth 350mm 350mm 400mm 400mm 400mm 400mm 400mm Slide stroke 170mm 170mm 200mm 200mm 200mm 200mm 200mm Workbench height 800mm 800mm 800mm 800mm 800mm 800mm 800mm die height 380mm 380mm 420mm 420mm 420mm 420mm 420mm Main motor power 5.5kw 5.5kw 7.5kw 11kw 15kw 15kw 18.5kw Compensation cylinder quantity 2 3 3 3 3 3 3 Controlled Axes 3+1 3+1 3+1 3+1 3+1 3+1 3+1 Rear gear material x axis travel 500mm 500mm 500mm 500mm 500mm 500mm 500mm Rear gear material x shaft speed 200mm/s 200mm/s 200mm/s 200mm/s 200mm/s 200mm/s 200mm/s Dimensions (length x width x height) 3.1×1.45×2.0 3.5×1.5×2.1 3.5×1.6×2.4 3.5×1.6×2.5 3.5×1.7×2.5 3.5×1.7×2.6 3.5×1.8×2.7 Weight (approximately) 5.8 tons 7.8 tons 8.5 tons 11 tons 14.2 tons 15.6 tons 16.8 tons

Machine tool model 400/4000 500/5000 500/6000 500/7000 600/5000 600/6000 800T/6000 Nominal force 4000kN 5000kN 5000kN 5000kN 6000kN 6000kN 6000kN Bending Length 4000mm 5000mm 6000mm 7000mm 5000mm 6000mm 7000mm Distance between columns 3500mm 3900mm 4900mm 5900mm 3900mm 4900mm 5900mm throat depth 400mm 500mm 500mm 500mm 500mm 500mm 500mm Slide stroke 200mm 320mm 320mm 320mm 320mm 320mm 320mm Workbench height 800mm 800mm 800mm 800mm 800mm 800mm 800mm die height 420mm 600mm 600mm 600mm 600mm 600mm 600mm<, / DIV> Main motor power 22.5, kw 37kw 37kw 37kw 45kw 45kw 45kw Compensation cylinder quantity 4 5 6 6 5 6 7 Controlled Axes 3+1 3+1 3+1 3+1 3+1 3+1 3+1 Rear gear material x axis travel 500mm 500mm 500mm 500mm 500mm 500mm 500mm Rear gear material x shaft speed 200mm/s 200mm/s 200mm/s 200mm/s 200mm/s 200mm/s 200mm/s Dimensions (length x width x height) 4.3×2.1×2.7 5.4×2.5×4.6 6.5×2.5×4.2 7.5×2.5×4.9 5.5×2.5×4.5 6.5×2.5×5.1 7.5×2.5×5.2 Weight (approximately) 31 tons 38 tons 53 tons 60 tons 65 tons 68 tons 72 tons

Machine tool model 800/7000 800/8000 1000/6000 1000/7000 1000/8000 1200/8000 1600T/8000 Nominal force 8000kN 8000kN 10000kN 10000kN 10000kN 12000kN 16000kN Bending Length 7000mm 8000mm 6000mm 7000mm 8000mm 8000mm 8000mm Distance between columns 5900mm 6900mm 4900mm 5900mm 6900mm 6900mm 6900mm throat depth 600mm 600mm 600mm 600mm 600mm 600mm 600mm Slide stroke 420mm 420mm 420mm 420mm 420mm 420mm 420mm Workbench height 800mm 800mm 800mm 800mm 800mm 800mm 800mm die height 600mm 600mm 600mm 600mm 600mm 600mm 600mm Main motor power 74kw 74kw 90kw 90kw 90kw 90kw 110kw Compensation cylinder quantity 7 8 6 7 8 8 8 Controlled Axes 3+1 3+1 3+1 3+1 3+1 3+1 3+1 Rear gear material x axis travel 800mm 800mm 800mm 800mm 800mm 800mm 800mm Rear gear material x shaft speed 200mm/s 200mm/s 200mm/s 200mm/s 200mm/s 200mm/s 200mm/s Dimensions (length x width x height) 7.5×2.8×5.5 8.5×2.8×5.9 6.5×2.8×5.8 7.5×2.8×5.8 8.5×2.8×6.1 8.5×3.1×7.2 8.5×3.3×8.0 Weight (approximately) 100 tons 120 tons 88 tons 108 tons 135 tons 136 tons 162 tons

Numerical control bending machine is a machine tool with two-dimensional product graphic editing, which has better performance than ordinary hydraulic bending machine in the actual production process. The programming methods used are summarized as follows. UN： Select the corresponding lower mold from memory for processing material MA: Select the type of processing plate (1: steel; 5: other materials) Thickness TH: Processing plate thickness Length BL: Processing plate width Bending method BM: Bending method Bottom bending 10=Flattening bending 11=Flattening bottom bending) Correction: Ca=Correction of bending angle axis value (for a certain angle) Pressure: P=Programming position of the output tonnage rear material during bending Opening height: y=Opening height of the slider, height of speed conversion. Speed: S=bending speed Delay time: T=holding time at the bending point 2.2 Mold shape of CNC bending machine The mold shape of CNC bending machine is shown in Figure 2 (a) (b). The (a) and (b) in the middle are segmented cutting tools (upper and lower molds), which are suitable for processing various sheet metal parts and can handle complex parts with multiple bending surfaces that traditional bending tools cannot process. The segmented structure of the cutting tool is reasonable, easy to operate, low manufacturing cost, easy to disassemble and assemble during the processing, simple to maintain, safe and reliable. For the segmented tool base, 4 is the segmented tool positioning block, and 5 is the bending machine tool holder.

The working principle of CNC bending machine and the working process of CNC bending machine for machining parts are shown in the figure. (1) Write programs in the prescribed code program format based on the drawings and process plans of the processed parts. (2) The program is input into the numerical control device (CNC) of the machine tool. (3) After the numerical control device translates and calculates the program, the mold is replaced according to the programming. (4) Process qualified parts on the machine tool. 2.1 Numerical Control Bending Machine Programming Main Parameters NCP50-15DA65 Numerical Control Bending Machine is a metal sheet cold processing forming machine. The bed is made of all steel welded structure, with a nominal pressure of 500KN, a worktable length of 1550mm, a throat depth of 300mm, an opening height of 370mm, a slider stroke of 180mm 120mm/s, a slider stroke of 10mm/s, a slider return of 100mm/s, a main motor power of 4kw, and an oil tank capacity of 120L. 2.3 Sectional dimensions of segmented cutting tools for attached bending machines.

In modern timesCNC bendingThe reliability of CNC systems is increasing, and the failures of CNC systems themselves are also decreasing. External failures of CNC equipment can be divided into software failures and hardware failures caused by external hardware damage. Software failures refer to failures caused by improper operation, adjustment, and handling, which often occur in the early stages of equipment use or during the adjustment period of equipment users. However, deep maintenance of CNC machine tools occurs when the machine tool malfunctions. The maintenance work of enterprises not only considers the restoration of CNC machine tool functions, but also comprehensively considers the causes of the fault and the most economical maintenance plan for fault handling.

At present, there are three main forms of business in the domestic CNC bending machine maintenance and renovation industry, namely order based maintenance and renovation, equipment maintenance, and recycling of used machine tools for remanufacturing. Among these three business forms, the most common and widespread is order based maintenance and renovation.