For the sheet metal bending process in prototype fabrication, there are several types of bending tools that can be utilized, each with its own advantages and applications:

Press Brakes:
Press brakes are the most commonly used bending tools for sheet metal prototype fabrication. They consist of a stationary lower die and a movable upper punch that bends the material over the die. Press brakes offer a high degree of accuracy and can handle a wide range of material thicknesses and bend angles.

Roll Benders:
Roll benders, also known as rolling machines, use a series of rollers to gradually bend the sheet metal into the desired shape. They are well-suited for creating smooth, continuous bends, such as those found in cylinder or conical shapes, and are often used for producing large-scale prototype parts.

Hand Brakes:
Hand brakes, or bench brakes, are manually operated tools that allow for small-scale, localized bending of sheet metal. They are useful for prototype fabrication, especially when working with small parts or making quick adjustments to the bending process.

Bending Folders:
Bending folders, or folder brakes, are specialized tools that combine the functionality of a press brake and a sheet metal folder. They enable the creation of complex, multi-bend profiles in a single operation, making them efficient for producing prototype parts with intricate geometries.

Corner Notchers:
Corner notchers are used to remove material from the corners of sheet metal parts, allowing for tighter bends and the creation of precise corner profiles. They are often employed in the prototype fabrication process to facilitate the bending of complex shapes.

Specialty Bending Tools:
Depending on the specific requirements of the prototype, specialized bending tools may be utilized, such as rotary benders for cylindrical parts, guillotine shears for straight cuts, or hydroforming setups for creating complex, three-dimensional shapes.

The selection of the appropriate bending tools for a sheet metal prototype fabrication process depends on factors such as the part geometry, material thickness, production volume, and the desired level of precision. As an experienced prototype manufacturer, Metalstar Prototype has a range of these bending tools available to accommodate the diverse needs of our clients.