After 5 years of dedicated research and development, we finally bring the panel bender with real 9-axis concurrent linkage into the market, the system supports up to 16-axis concurrent linkage.
The first generation of our panel bender has experienced more than two years of actual operation test by customers. In 2018 we applied for quote a number of core patents, the second generation of panel bender was developed in 2019 and achieve mass production and sales.
The whole machine is designed and produced according to the standard of high precision machine tools, and the main bed is made of high standard castings, both castings and welded parts are treated with strict stress-relieving technology, and the high precision machine tools are processed in one piece, and finally the high precision testing instrument is used to ensure the long-term running precision, stability and high rigidity of the machine.
| Item | PB1400 | PB1400-1 | PB2000 | PB2500 |
|---|---|---|---|---|
| Fastest bending speed | 0.5s/bend | 0.2s/bend | 0.2s/bend | 0.3s/bend |
| Max. bending width | 1400mm | 1400mm | 2000mm | 2500mm |
| Folding height | 170mm | 170mm | 170mm | 170mm |
| Voltage | 380V | 380V | 380V | 380V |
| Peak power | 13Kw | 15Kw | 22Kw | 25Kw |
| Average power | 1.2Kw | 1.5Kw | 2.2Kw | 2.5Kw |
| Noise | 40 decibel | 40 decibel | 40 decibel | 40 decibel |
| Dimension | 330cm*190cm*260cm | 330cm*190cm*260cm | 400cm*250cm*255cm | 400cm*280cm*260cm |
| Total weight | 10Ton | 10Ton | 15Ton | 18Ton |
| Max. bending thickness | UTS 580N/mm² S.S 1.0mm | UTS 580N/mm² S.S 1.0mm | UTS 580N/mm² S.S 1.0mm | UTS 580N/mm² S.S 1.0mm |
| UTS 410N/mm² M.S 1.2mm | UTS 410N/mm² M.S 1.2mm | UTS 410N/mm² M.S 1.2mm | UTS 410N/mm² M.S 1.2mm | |
| UTS 265N/mm² Al. 1.6mm | UTS 265N/mm² Al. 1.6mm | UTS 265N/mm² Al. 1.6mm | UTS 265N/mm² Al. 1.6mm | |
| Min. metal thickness | 0.35mm | 0.35mm | 0.35mm | 0.35mm |
| Min. four-sided forming size | 180*400/230*330mm | 130*190mm | 200*300mm | 210*280mm |
| Min. double-sided forming size | 180mm | 130mm | 200mm | 130mm |
| Min. arc radius | 1.2mm | 1.2mm | 1.2mm | 1.2mm |
| Number of axis | Standard 9-axis concurrent linkage, support up to 16-axis concurrent linkage | Standard 9-axis concurrent linkage, support up to 16-axis concurrent linkage | Standard 9-axis concurrent linkage, support up to 16-axis concurrent linkage | Standard 9-axis concurrent linkage, support up to 16-axis concurrent linkage |
The core frame of the equipment adopts high-grade QT500-7 and HT300 castings, and each time the castings are annealed, the grade is tested by the testing instrument. The frame is subjected to precise finite element force analysis and adopts the most stable triangular interconnection design, which greatly ensures the stability under high tonnage impact force.
Whether large or small, the dichlorocarbon shielded welding is used in the entire welding process, welding with full welding technology to ensure that the welding of the workpiece is solid and beautiful.
Whether it is castings or welded support surfaces, all adopt high-precision temperature control furnace, according to the corresponding temperature curve of the material for multiple tempering, annealing and other heat treatment process, and then sufficiently long full-frequency vibration aging treatment, thoroughly releasing the internal stress of the workpiece to ensure long-term use without deformation.
Different fixtures are designed for different workpieces, and high-precision multi-axis machining centers are used for finishing the workpieces to ensure the consistency of precision before and after clamping.
Adopting high-precision micrometer U table, with millions of years of aging marble platform and marble square ruler, accurate measurement for each workpiece, strict control of the processing quality of the workpiece, layer by layer to ensure that the assembly precision of the whole machine in line with high precision machine standards.
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