WHAT IS PLATE ROLLING, YOU QUESTION? Plate rolling is the process where three roll benders "pinch" the flat workpiece on two rolls, and then bend it as it comes into contact with a form roll. This creates a cylindrical workpiece that can be welded together into a cylinder.
Gulf States Saw & Machinery offers a variety of rolling machinery to complete any metal fabrication process. We carry all types of rolls to help you achieve the desired radius bends for your application in metal fabrication. Each Gulf States Saw & Machinery rolling machine has unique benefits and features. Certain rolls are best suited to creating drums or any other completely circular sheet metal pieces. Other rolls can create an angle. Certain rolls are best for large projects that require sheet metal. Others may be more appropriate for longer runs with smaller sheets.
Gulf States Saw & Machinery has a wide range of machinery options to help you complete your metal fabrication projects. Every type of roll is available to produce the desired circular bends in your metal fabrication applications. Each Gulf States Saw & Machinery roll has its own unique features and benefits. Some rolls are better suited for creating drums, or other circularly shaped pieces of sheet metal. Others are better for creating angles. Some rolls may be more suitable for large-sized projects, while others are better for smaller runs.
For the construction of structures such as stadiums and bridges like airports, they use machinery that bends metal plates and profiles. The RCMI Angle Roll and Taurus Angle Roll are Faccin machines better suited to this industry. These machines, in addition to standard profile, can bend H, U and I structural beams of a thickness greater than 500 mm. Faccin's range of bending rolls is also very useful in supporting the work done by steel structure builders.
Bertsch bending rollers are made from heavy-duty Bertsch. They come in four-roll double, triple and initial pinch versions. Bertsch bend rolls can be customized for specific applications.
Quality begins on the inside and JMT plate rolls are loaded with world class components. The structure of the machine is enforced by a stress relieved welded frame that has been designed as a 5 axis unit. Precise parallel surfaces and axis points assist in promoting consistent, accurate results. With almost exclusively Bosch-Rex-Roth components from the main hydraulic pump, to the last proportional valve at the end of the line, quality is spoken here. Inside the very well sorted electrical panel, you will find again almost exclusively Siemens main and minor componentry. Longevity is the goal, and JMT plate rolls step up to that challenge.
All three rolls have a combination hydraulic motors and gear boxes that provide superior torque, speed, distribution and distribution of power to bend and roll the most challenging materials. All of our plate rolls have a strengthened machine frame made of stress-relieved and high-yield stainless steel. The bearing guidance system is strengthened, the brakes are super strong, and the rolls are machined with optimal crowning. Learn more about standard features and the various options.
Our MRB–E line of powered slip roll machines are cost-effective rolling machines for sheet metal and light gauge metals. Other accessories available include digital readouts, hardened roll and ground rolls. Learn more about our popular power-driven slip rollers here.
Our selection includes equipment with sturdy designs and the most innovative technology in the field. Many of our machines feature double pump hydraulic power and can operate horizontally or vertically. We have a range of section-bending machines available. These machines can be configured to accommodate wide flat rolls, narrow walls, and other needs. Our machines can be tailored to your needs in angle rolling and bending and require little upkeep.
Gulf States Saw & Machinery provides a large selection of angle-rolling machines that can transform metals into a structure suitable for specific tasks. Angle rolling machines are capable of shaping flat sheets of metal into pipe, tube, or angle irons. Our extensive range of angle rolling machinery is reliable, authentic, and precise. They deliver outstanding bending/rolling machine productivity in a short time.
Our plate rolling machines have 4 rolls. The top roll moves in a fixed motion while the lower roll holds the plate in place and moves vertically. You can adjust the lateral rolls to your specifications by selecting a single or double roll. The constant pinching mechanism, which is used with the four rolls, prevents slippage and increases safety. Plate roll machinery is well-known and will tell you that quality of production is crucial to the density of the plates. Our rolls are made of induction-hardened steel, which allows for a range of 10 gauge to 6 inch.
PLATE ROLLING - WHAT IS IT? Plate rolling is when three roll benders "pinch" the flat piece between two rolls and bend it as it contacts a forming wheel. This transforms the flat workpiece into cylindrical form that can be welded together.
Double Pinch minimizes end flats. While the top roll remains fixed, the two lower rolls can have independent hydraulic adjustments. This design allows the operator to have more control over the rolling process and provides better results.
High performance machines are required by manufacturers of dished head for tanks and pressure vessels.
Structural shape roll, also known by shape rolling or profile rolling, involves the rolling and rolling of structural shapes through a rolling mill. This allows the workpiece to be bent or deformed to the desired shape, while keeping a constant cross-section.
Roll bending is a method of processing sections and tubes made from different metals. Draw (mandrel-)bending is similar to roll bending but the tools used must suit the material being processed.
How the beam bends will depend on the shape of its mass distribution. You can determine the cross-section of a beam by making an imaginary cut through it perpendicularly to its bending axis.
K factor refers to the ratio of the material thickness (T), and the neutral fiber axis (t), which is the percentage of the material that bends without being compressed or elongated. The part of the material that bends, without being compressed or elongated. Calculating sheet elongation is dependent on the amount of bend allowance.