When using a handbrake, how should the metal be positioned?

Positioning the metal flat against the work surface when using a handbrake is essential for achieving accurate and controlled bends. This alignment ensures that the force applied by the handbrake translates directly into the material, facilitating a consistent and even bend along the intended line. Additionally, having the metal flat provides stability, allowing the operator to maintain better control over the metal's movement and ensuring that the bending process is performed safely and effectively.

When the metal is flat against the work surface, it minimizes the chances of slipping or misalignments that could result in improper bends. This method also helps in maximizing the leverage exerted by the handbrake, providing a more effective bending action without risking damage to both the material and the equipment. Overall, this positioning technique is critical in achieving high-quality results in sheet metal work.