Small Asymmetric 3-Roll Plate Bending Machine Technical Specifications Cast iron main body Lower and upper rolls are driven by chain and gear system from the gearbox (SBM) High-equipped shafts made of SAE 1050 (CK-45) Certified steel Up and down movement of the lower and rear shafts from a single center Product Features and Equipment Asymmetric Roll Arrangement: The asymmetric placement of the rolls offers pre-bending capability, allowing the ends of the sheet metal to be bent with a much shorter flat (minimum scrap). Motorized and Geared Drive: The main rolls are driven by a powerful motor and gearbox system. This allows the operator to bend at a continuous and stable speed without manual effort. Cast Iron Main Body: The side legs and body of the machine are made of cast iron. This heavy and rigid structure prevents flexing even under high pressure, resulting in precise bending results. Foot Pedal Control Panel: The foot pedal, which stands independently of the machine, helps the operator to safely hold and guide the sheet metal with both hands. It has an emergency stop button. Conical Bending Feature: Cones or conical parts can be manufactured thanks to the adjustable structure of the rolls. Wired Safety System: The safety wire extending along the machine allows the operator to quickly stop the system in case of any danger. Technical Details (SBM 1270 x 90) Bending Length: 1270 mm Roll Diameter: 90 mm Bending Capacity: Generally suitable for sheet metal thicknesses of 2.5 mm - 3.0 mm. Areas of Use Manufacturing of industrial kitchen equipment. Heating, ventilation, and air conditioning (HVAC) systems. Stainless steel tank and vessel production. Automotive and marine auxiliary industry parts.
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Junior Asymmetric 3-Roll Sheet Metal Bending Machine Technical Specifications Cast iron main body Geared main motor (SMR) Rear and lower rolls are central rolls that can be moved with a double-sided screw Product Features and Equipment 3-Roll Asymmetric System: Due to the asymmetric placement of the rolls, the flat areas at the edges of the sheet are minimized, and a more successful "pre-bending" operation is performed. Motorized Drive: The main rolls are driven by a powerful electric motor and gearbox system. This allows the operator to perform serial production without expending manual effort. Foot Pedal Control: The foot pedal unit, which is independent of the machine, allows the operator to use both hands freely to align the sheet metal. There is also an emergency stop button on the pedal. Opening Top Roll (Drop-end): When the bent material becomes a complete cylinder, the top roll can be opened sideways for easy removal of the part. Conical Bending System: The machine also allows for the bending of conical (funnel-shaped) parts by adjusting the rolls at an angle. Technical Advantages Compact Design: With its robust cast iron or steel body, it takes up little space but offers high strength. Safety: Equipped in accordance with occupational safety standards with an emergency stop wire and pedal safety. Precision: The bending diameter can be precisely controlled by manual or motorized adjustment of the rear roll (depending on the model). Areas of Use HV AC and Ventilation: Pipe and duct manufacturing. Advertising and Signage: Metal letters and curved advertising boards. Ship and Yacht Equipment: Bending of stainless chrome sheets. General Metal Goods: Production of small tanks, buckets, and boilers.
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Asymmetric 3-Roll Plate Bending Machine Technical Specifications High-performance shafts made of SAE 1050 (CK-45) certified steel Lower and upper shafts driven by a helical gear reducer with chain and belt drive and a gear mechanism ST-52 Steel construction body Motorized rear roll Precise bending capability with a braked motor Compliant with CE standards Product Features and Equipment 3-Roll Mechanical System: While the two lower rolls are fixed or manually adjustable, the upper roll moves to determine the bending radius of the material. It is generally ideal for bending thin and medium-thick sheets. Upper Support (Crane/Crane Arm) System: The vertical column and horizontal arm on the machine prevent the sheet from sagging and deforming due to its own weight during large-diameter bends. This support allows for the production of wider diameter cylinders with much greater precision. Separate Control Panel: Features a control panel with digital indicators that allows the operator to manage roll movements from a point independent of the machine. Manual Side Guide: Equipped with manual adjustment levers on the side for precise conical bends or sheet alignment. Technical Advantages Large Diameter Production: Thanks to the upper support unit, it facilitates large-diameter sheet processing operations that are normally difficult to support. Stability: The body structure is made of a rigid steel construction designed to minimize flexing during bending. Ease of Maintenance: As it is a mechanically weighted system, maintenance processes are simpler compared to hydraulic systems. Applications Large Diameter Pipe Manufacturing: Especially for ventilation ducts and chimney systems. Water Tanks and Silos: Body bending for large volume storage tanks. Advertising and Architecture: Large curved metal signs and decorative architectural structures.
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4-Roll Hydraulic Cylinder Sheet Metal Bending Machine Technical Specifications ST-52 Steel construction body Highly equipped shafts made of SAE 1050 (CK-45) Certified steel Rollers driven by hydraulic motor and planetary gearbox Lower and side rolls with hydraulic up-down movement system Hydraulic balancing system Protected against overload Compliant with CE standards The device shown is a 4-Roll (Cylinder) Hydraulic Cylinder Bending Machine used in the heavy industry and metal manufacturing sector. It has more advanced technology than the previous 3-roll model and is specifically designed for mass production requiring high precision. Product Features and Operation 4-Roll System: The machine has two main (drive) rolls in the center and two bending rolls on the sides. This structure ensures that the metal sheet is clamped much more securely within the machine. Pre-bending Capability: The biggest advantage of 4-roll machines is their ability to perform perfect pre-bending by leaving very short straight edges on both ends of the sheet (without needing to flip the sheet). NC/CNC Control Panel: The advanced digital panel shown allows for the recording of bending operations and the production of multiple identical parts with the same precision. Hydraulic Drop-End: A hydraulic opening door (drop-end) system is available on the side for easy removal of the materialized cylinder from the machine. Technical Superiorities Precision: The material does not slip as it is continuously clamped between the two central rolls. Efficiency: Offers fast and safe operation with a single operator. Conical Bending: Conical forms can be easily created by moving the side rolls at an angle. Areas of Use Production of wind turbine towers. Large diameter pipelines and fuel tanks. Pressure vessels and silos. Curved body parts in the defense and aerospace industries.
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3-Roll Hydraulic Cylinder Sheet Metal Bending Machine Technical Specifications ST-52 Steel construction body High-performance shafts made of SAE 1050 (CK-45) certified steel Side rolls with hydraulic up-down movement system Hydraulic balancing system Compliant with CE standards Product Features and Function Three-Roll (Cylinder) System: The three steel cylinders on the machine allow metal sheets to pass through them, giving them the desired curve. Hydraulic System: Even thick metal plates can be bent with high precision thanks to powerful hydraulic pistons. Control Panel: The independent operator panel located on the side allows for precise management of cylinder movement and bending angle. Durable Body: It has a monolithic and rigid body structure to withstand heavy tonnage operations. Safety Systems: Equipped with emergency stop buttons and safety switches to prevent workplace accidents. Areas of Use Tank and Boiler Manufacturing: For the construction of cylindrical bodies of pressure vessels. Shipbuilding: For shaping curved parts of ship hulls. Construction and Steel Structures: For the production of large-diameter pipes and support columns. Energy Sector: For wind turbine towers and energy line components.
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Rolling machine
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