Multi-layer mold full electric CNC bending machine is a new product of King-mason company to realize import substitution in the aerospace field. KM-A15-CNC, KM-A25-CNC, KM-A38-CNC, KM-A50-CNC, KM-A63-CNC, KM-A80-CNC, KM-A100-CNC, KM-A114-CNC, KM-A130-CNC are designed in this series Ten standard models, such as KM-A150-CNC. CNC pipe bending machine is intelligent CNC pipe bending equipment, mainly used in aviation, aerospace, aviation and development of all kinds of oil pipes, water pipes, gas pipes and other multi-bending metal pipe bending and forming processing, suitable for stainless steel, aluminum alloy, superalloy, titanium alloy and other materials metal pipe parts of the digital automatic bending processing needs.
The 10 standard models of the all-electric CNC pipe bending machine have full servo motor drive, multi-axis control, left and right bending structure and multi-layer mold structure. It can use advanced industrial computers and independent intellectual property rights developed by king-mazon's intelligent production scheduling, intelligent process planning, virtual simulation, interference inspection, online measurement, reverse compensation and other CNC special software technology, and can choose to apply full servo motor or servo plus hydraulic drive. With automatic feed, automatic transfer, automatic mold adjustment and other advanced functions, can automatically read three-dimensional drawings, with automatic editing and modification of process files, with automatic correction of rebound data and automatic correction of the extension of advanced functions.
The 10 standard models of the multi-layer mold all-electric CNC bending machine can cooperate with the robot to realize the automatic loading and unloading of the CNC bending machine, and the optical measuring unit can realize the function of online automatic detection of the precision of the pipe fitting, and automatic reverse modification of the process file and processing program according to the test results. The 10 standard models of the multi-layer mold all-electric CNC pipe bending machine also have advanced functions such as automatic fault diagnosis, 3D pipe fitting display and demonstration, virtual simulation processing, 3D interference inspection, digital twin and so on.
Multi-layer mold full electric CNC bending machine is a new product of King-mason company to realize import substitution in the aerospace field. KM-A15-CNC, KM-A25-CNC, KM-A38-CNC, KM-A50-CNC, KM-A63-CNC, KM-A80-CNC, KM-A100-CNC, KM-A114-CNC, KM-A130-CNC are designed in this series Ten standard models, such as KM-A150-CNC. CNC pipe bending machine is intelligent CNC pipe bending equipment, mainly used in aviation, aerospace, aviation and development of all kinds of oil pipes, water pipes, gas pipes and other multi-bending metal pipe bending and forming processing, suitable for stainless steel, aluminum alloy, superalloy, titanium alloy and other materials metal pipe parts of the digital automatic bending processing needs.
The 10 standard models of the all-electric CNC pipe bending machine have full servo motor drive, multi-axis control, left and right bending structure and multi-layer mold structure. It can use advanced industrial computers and independent intellectual property rights developed by king-mazon's intelligent production scheduling, intelligent process planning, virtual simulation, interference inspection, online measurement, reverse compensation and other CNC special software technology, and can choose to apply full servo motor or servo plus hydraulic drive. With automatic feed, automatic transfer, automatic mold adjustment and other advanced functions, can automatically read three-dimensional drawings, with automatic editing and modification of process files, with automatic correction of rebound data and automatic correction of the extension of advanced functions.
The 10 standard models of the multi-layer mold all-electric CNC bending machine can cooperate with the robot to realize the automatic loading and unloading of the CNC bending machine, and the optical measuring unit can realize the function of online automatic detection of the precision of the pipe fitting, and automatic reverse modification of the process file and processing program according to the test results. The 10 standard models of the multi-layer mold all-electric CNC pipe bending machine also have advanced functions such as automatic fault diagnosis, 3D pipe fitting display and demonstration, virtual simulation processing, 3D interference inspection, digital twin and so on.
Item name | Technical index | Technical index | Technical index | Technical index | Technical index |
Items NO | KM-A15-CNC | KM-A25-CNC | KM-A38-CNC | KM-A50-CNC | KM-A63-CNC |
Bending material | Not limited to stainless steel, superalloy, titanium alloy and other conduits | ||||
Bending pipe diameter | ≥Φ2-15.2mm | ≥Φ8-25.4mm | ≥Φ10-38.1mm | ≥Φ20-50.8mm | ≥Φ20-65.0mm |
Bending guide wall thickness | 0.5 mm-1mm | 0.5 mm-1.5mm | 0.5 mm-1.5mm | 0.5 mm-2mm | 0.5 mm-2mm |
Maximum bending Angle | ≥190° | ≥190° | ≥190° | ≥190° | ≥190° |
Feeding length | ≥1500 mm | ≥1500 mm | ≥1500 mm | ≥1500 mm | ≥1500 mm |
Maximum bending radius | ≥100mm | ≥120mm | ≥140mm | ≥160mm | ≥180mm |
Maximum bending radius of free forming | Unlimited or ≥400mm | Unlimited or ≥400mm | Unlimited or ≥450mm | Unlimited or ≥500mm | Unlimited or ≥600mm |
Effective core length | ≥2000mm | ≥2000mm | ≥2000mm | ≥2000mm | ≥2000mm |
Stainless steel pipe minimum bending radius (cold bending) : 1.2D(D= pipe diameter) | |||||
Titanium alloy pipe minimum bending radius (hot bending) : 1.5D (D= pipe diameter) | |||||
Bending mode | Large radius push bending, continuous bending | ||||
Feeding speed | 0-78m/min | 0-78m/min | 0-60m/min | 0-60m/min | 0-54m/min |
Rate of bending | 0-25rpm | 0-25rpm | 0-30rpm | 0-18rpm | 0-15rpm |
Pipe-transferring speed | 0-60rpm | 0-60rpm | 0-50rpm | 0-45rpm | 0-45rpm |
Feeding repeated positioning accuracy | ≤±0.05mm | ≤±0.05mm | ≤±0.05mm | ≤±0.05mm | ≤±0.05mm |
Bending Angle repeated positioning accuracy | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° |
Transfer material repeated positioning accuracy | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° |
Table height | ≈1200mm | ≈1200mm | ≈1200mm | ≈1200mm | ≈1200mm |
Item name | Technical index | Technical index | Technical index | Technical index | Technical index |
Items NO | KM-A80-CNC | KM-A100-CNC | KM-A114-CNC | KM-A130-CNC | KM-A150-CNC |
Bending material | Not limited to stainless steel, superalloy, titanium alloy and other conduits | ||||
Bending pipe diameter | ≥Φ40-80mm | ≥Φ40-100mm | ≥Φ50-114mm | ≥Φ63-130mm | ≥Φ80-150mm |
Bending guide wall thickness | 0.5 mm-2mm | 0.5 mm-2.5mm | 1.0 mm-3.0mm | 2.0 mm-3.5mm | 3.5 mm-4.5mm |
Maximum bending Angle | ≥190° | ≥190° | ≥190° | ≥190° | ≥190° |
Feeding length | ≥1500 mm | ≥2000 mm | ≥2500 mm | ≥2500 mm | ≥3000 mm |
Maximum bending radius | ≥180mm | ≥180mm | ≥180mm | ≥180mm | ≥180mm |
Maximum bending radius of free forming | Unrestricted or≥600mm | Unrestricted or≥650mm | Unrestricted or≥700mm | Unrestricted or≥750mm | Unrestricted or≥800mm |
Effective core length | ≥2000mm | ≥3000mm | ≥3500mm | ≥4000mm | ≥4500mm |
Stainless steel pipe minimum bending radius (cold bending) : 1.2D(D= pipe diameter) | |||||
Titanium alloy pipe minimum bending radius (hot bending) : 1.5D (D= pipe diameter) | |||||
Bending mode | Large radius push bending, continuous bending | ||||
Feeding speed | 0-54m/min | 0-42m/min | 0-36m/min | 0-30m/min | 0-24m/min |
Rate of bending | 0-12.5rpm | 0-7rpm | 0-7rpm | 0-6rpm | 0-4rpm |
Pipe-transferring speed | 0-45rpm | 0-30rpm | 0-27rpm | 0-22rpm | 0-20rpm |
Feeding repeated positioning accuracy | ≤±0.05mm | ≤±0.05mm | ≤±0.05mm | ≤±0.05mm | ≤±0.05mm |
Bending Angle repeated positioning accuracy | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° |
Transfer material repeated positioning accuracy | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° |
Table height | ≈1200mm | ≈1300mm | ≈1300mm | ≈1400mm | ≈1500mm |
Item name | Technical index | Technical index | Technical index | Technical index | Technical index |
Items NO | KM-A15-CNC | KM-A25-CNC | KM-A38-CNC | KM-A50-CNC | KM-A63-CNC |
Bending material | Not limited to stainless steel, superalloy, titanium alloy and other conduits | ||||
Bending pipe diameter | ≥Φ2-15.2mm | ≥Φ8-25.4mm | ≥Φ10-38.1mm | ≥Φ20-50.8mm | ≥Φ20-65.0mm |
Bending guide wall thickness | 0.5 mm-1mm | 0.5 mm-1.5mm | 0.5 mm-1.5mm | 0.5 mm-2mm | 0.5 mm-2mm |
Maximum bending Angle | ≥190° | ≥190° | ≥190° | ≥190° | ≥190° |
Feeding length | ≥1500 mm | ≥1500 mm | ≥1500 mm | ≥1500 mm | ≥1500 mm |
Maximum bending radius | ≥100mm | ≥120mm | ≥140mm | ≥160mm | ≥180mm |
Maximum bending radius of free forming | Unlimited or ≥400mm | Unlimited or ≥400mm | Unlimited or ≥450mm | Unlimited or ≥500mm | Unlimited or ≥600mm |
Effective core length | ≥2000mm | ≥2000mm | ≥2000mm | ≥2000mm | ≥2000mm |
Stainless steel pipe minimum bending radius (cold bending) : 1.2D(D= pipe diameter) | |||||
Titanium alloy pipe minimum bending radius (hot bending) : 1.5D (D= pipe diameter) | |||||
Bending mode | Large radius push bending, continuous bending | ||||
Feeding speed | 0-78m/min | 0-78m/min | 0-60m/min | 0-60m/min | 0-54m/min |
Rate of bending | 0-25rpm | 0-25rpm | 0-30rpm | 0-18rpm | 0-15rpm |
Pipe-transferring speed | 0-60rpm | 0-60rpm | 0-50rpm | 0-45rpm | 0-45rpm |
Feeding repeated positioning accuracy | ≤±0.05mm | ≤±0.05mm | ≤±0.05mm | ≤±0.05mm | ≤±0.05mm |
Bending Angle repeated positioning accuracy | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° |
Transfer material repeated positioning accuracy | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° |
Table height | ≈1200mm | ≈1200mm | ≈1200mm | ≈1200mm | ≈1200mm |
Item name | Technical index | Technical index | Technical index | Technical index | Technical index |
Items NO | KM-A80-CNC | KM-A100-CNC | KM-A114-CNC | KM-A130-CNC | KM-A150-CNC |
Bending material | Not limited to stainless steel, superalloy, titanium alloy and other conduits | ||||
Bending pipe diameter | ≥Φ40-80mm | ≥Φ40-100mm | ≥Φ50-114mm | ≥Φ63-130mm | ≥Φ80-150mm |
Bending guide wall thickness | 0.5 mm-2mm | 0.5 mm-2.5mm | 1.0 mm-3.0mm | 2.0 mm-3.5mm | 3.5 mm-4.5mm |
Maximum bending Angle | ≥190° | ≥190° | ≥190° | ≥190° | ≥190° |
Feeding length | ≥1500 mm | ≥2000 mm | ≥2500 mm | ≥2500 mm | ≥3000 mm |
Maximum bending radius | ≥180mm | ≥180mm | ≥180mm | ≥180mm | ≥180mm |
Maximum bending radius of free forming | Unrestricted or≥600mm | Unrestricted or≥650mm | Unrestricted or≥700mm | Unrestricted or≥750mm | Unrestricted or≥800mm |
Effective core length | ≥2000mm | ≥3000mm | ≥3500mm | ≥4000mm | ≥4500mm |
Stainless steel pipe minimum bending radius (cold bending) : 1.2D(D= pipe diameter) | |||||
Titanium alloy pipe minimum bending radius (hot bending) : 1.5D (D= pipe diameter) | |||||
Bending mode | Large radius push bending, continuous bending | ||||
Feeding speed | 0-54m/min | 0-42m/min | 0-36m/min | 0-30m/min | 0-24m/min |
Rate of bending | 0-12.5rpm | 0-7rpm | 0-7rpm | 0-6rpm | 0-4rpm |
Pipe-transferring speed | 0-45rpm | 0-30rpm | 0-27rpm | 0-22rpm | 0-20rpm |
Feeding repeated positioning accuracy | ≤±0.05mm | ≤±0.05mm | ≤±0.05mm | ≤±0.05mm | ≤±0.05mm |
Bending Angle repeated positioning accuracy | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° |
Transfer material repeated positioning accuracy | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° | ≤±0.05° |
Table height | ≈1200mm | ≈1300mm | ≈1300mm | ≈1400mm | ≈1500mm |