G40 Series CNC Roll Straightener – Precision for Thin Sheet Correction
The G40 series CNC roll straightener is designed for consistent and uniform correction of thin sheets and laser, flame, and shear cutouts. The machine utilizes 19 hardened rollers and a precise power distribution structure, which ensures excellent surface quality, minimal deformation, and high correction accuracy. The model range covers widths of 500–1300 mm and is suitable for sheets ranging from 0.6–3.6 mm thick.
The G40 series is ideal before welding, bending, cutting, and assembly when uniform and dimensionally accurate parts are required. The available four- and six-roller structures improve rigidity and reduce noise, making the machine a reliable solution for modern thin sheet metal production.
Machine Features:
Sheet Metal Accuracy Leveling Machine is a type of device specifically used to correct and level the surface of metal sheets. It is typically used in manufacturing and metal industries. Metal straightening machines are designed and manufactured primarily for non-ferrous sheet metal, mirror sheets, sheet parts, stamped parts, laser cut parts, flame cut parts, and other metal sheets, sheets, and parts with high surface flatness requirements. The purpose is to obtain products with high metal fiber length and surface flatness accuracy
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No
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Model
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ADV G40-500
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ADV G40-1000
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ADV G40-1300
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1
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Roller diameter
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40mm
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2
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Roller number
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19
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3
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Nominal leveled width
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500mm
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800mm
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1300mm
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4
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Rated plate thickness
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0.6-1.8mm
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0.6-1.8mm
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0.6-1.8mm
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5
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Max. plate thickness
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3.6mm
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6
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Leveled precision
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H/K
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7
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Applicable
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Tape coiling, strip steel, sheet metal, etc
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Precision Correction Machine – Perfect Flatness for Thin Sheets
A high-precision correction machine is designed specifically for correcting surface deviations in sheet metal and parts, as well as removing internal stresses. The machine is an essential tool in modern manufacturing, where the dimensional accuracy and surface quality of the finished product are critical factors.
The machine is well-suited for various applications, including mirrored surfaces, non-ferrous metals, as well as laser, plasma and punching components. It optimizes the material fiber structure and achieves superior flatness, which ensures flawless downstream processes, such as welding and shearing.
