Custom Sheet Metal
Bending Services

Metal bending is a fabrication process that involves deforming metal into a specific angle or shape using mechanical force. This process is essential in manufacturing components with precise angles and curves, making it indispensable for creating durable and functional parts across various industries.

At Mapson, our sheet metal bending services meet the diverse needs of our clients, whether for simple or intricate designs. Our machinery includes advanced electric and hydraulic press brakes that ensure precision bending, even for parts with tight tolerances. Instantly accessible quotes are available through our user-friendly platform, where you can upload your 3D CAD files to receive an immediate estimation. This streamlined process saves you time and simplifies your journey from design to production efficiently.

Our capabilities go beyond just bending; we offer extensive post-processing options, ensuring that the parts you receive are not only perfectly bent but also ready for immediate application in either prototypes or final products.

The bending process is a fundamental method in metal fabrication that involves deforming metal into a desired shape by applying force, typically through a press brake or similar machine. This process allows for the precise forming of metal along a straight line to create V, U, or channel shapes in sheet metal. The metal bending process can vary from manual methods to advanced CNC (Computer Numerical Control) systems, which offer enhanced precision and repeatability.

During the metal bending process, a piece of sheet metal is placed between a punch and a die set. The punch forces the metal into the die cavity, bending it to conform to the die’s shape. Key parameters in this process include the bend angle, radius, and the bending force applied, which can be adjusted to manipulate the metal’s final form without altering its thickness significantly. Material properties such as ductility and thickness also play a critical role in determining the ideal bending conditions.

This metal bending fabrication technique is widely used due to its ability to produce strong, functional parts efficiently. Applications range from creating small components like brackets to large architectural features. With advancements in CNC technology, complex and highly accurate bending tasks are now more achievable than ever, allowing for greater design flexibility and faster production cycles.