Angle Rolls

Plate rolling is a type of metal bending process, which involves twisting, bending, rolling and rotating various parts placed within a plate roll machine. Plate roll machines convert flat sheets of metal into various cylindrical, round, multi-radii, cone and ring shapes to create parts for pipes, tanker trailers, buckets, pressure vessels and other industrial equipment. Commonly known as a foundation element of metal fabrication, plate roll machines are used in many industries around the world.

An angle roll machine, also known as a bar bending machine or section bender, is an industrial equipment designed to roll or bend a wide variety of bars, such as angle iron, T-Beams, U-Beams, I-Beams, and tubes, into specific shapes or angles. This can be achieved through three adjustable, precision-made rollers, one top roll and two bottom rolls, which exert pressure on the metal section to obtain the desired curvature. Angle roll machines find applications in many industries. In the construction industry, they are used to shape metal sections for building frameworks and roof structures. The automotive industry uses them to manufacture car chassis and frames. In the shipbuilding industry, these machines are vital in bending metal plates for hull construction. They are also widely used in the production of boilers, storage tanks, and pipelines in the petrochemical industry. Other applications of angle roll machines include making parts for heavy machinery, railway vehicles, aircraft bodies, wind towers, and furniture.

A dishing press machine is an industrial device primarily used to create a dished or a rounded shape in various metals through a process known as dishing. Dishing is a manufacturing method that creates a concave or convex surface on a flat sheet of steel or aluminum for forming a variety of workpieces such as vessel heads, and tanks. Several types of dishing press machines exist, including the hydraulic dishing press machine, which utilizes hydraulic pressure to dish material; the mechanical dishing press machine, which uses a mechanical boom force; and the CNC dishing press machine, which is computer controlled for high precision. Applications of dishing press machines are widespread across a variety of industries. They are used extensively in the fabrication industry to manufacture components such as boilers, ships, and pressure vessels. Other industries using these machines include the petrochemical industry, for the production of oil and gas tanks; the food and beverage industry, for creating large mixing and storage vessels; and the automotive industry, for shaping various parts of a vehicle. These machines have different specifications such as maximum pressure, ram stroke, and table size. The choice of a dishing press machine largely depends on the desired end product and its requirements in terms of size, shape, and quality. These machines are designed for high-speed, high-precision dishing and often come with various advanced features such as programmable control systems and automated loading and unloading systems for efficient and consistent production.

A plate straightening machine is an industrial tool predominantly utilized to rectify and flatten metal such as steel and aluminum. The process involves the reduction of surface irregularities and the production of a completely straight, uniform plate. The aim of this process is to eliminate distortions and improve the strength, stability, and appearance of the material. Various types of plate straightening machines are available, each tailored to suit a different range of material thickness and widths. Examples include sheet metal straightening machines, used to straighten thin metal plates; heavy plate straightening machines, which straighten thick, large-scale metal plates; and precision straightening machines, designed to straighten small, precise plates with minimal tolerance for deviation.