VEVOR Box and Pan Brake Bends 36 Inch Wide Sheet Metal from 0 to 135 Degrees with Precision

The VEVOR box and pan brake can handle sheet metal up to 36 inches wide, putting it firmly in the medium to large capacity range for bending jobs in workshops and light industry. This working width fits most standard sheet metal panel sizes used in HVAC fabrication, electrical enclosure manufacturing, and custom metalwork. It lets operators make full-width bends in a single pass without moving the machine or setting it up multiple times.

The bending range can be adjusted from 0 to 135 degrees, which gives you the freedom to make everything from shallow decorative folds to steep structural flanges and almost-closed hems with the same machine setup. This range of heavy-duty aluminum folders eliminates the need for multiple specialized bending tools and combines all the different bend angles into one folder.

16 Gauge Mild Steel Capacity Handles Mild Steel, Stainless Steel, Copper, and Aluminum Sheet

This box and pan brake can handle 16 gauge mild steel, 1.5 mm thick. It provides the clamping and bending force you need to work with one of the most common sheet metal gauges that requires a lot of resistance in the workshop. The 16 gauge rating isn't just for mild steel; the machine can also work with stainless steel, copper, and aluminum sheet, which are the four main metals used in professional fabrication settings.

Different materials have different springback and yield strength profiles, which affect how to calibrate the bend angle. The manual angle adjustment system accounts for these material-specific factors, allowing the operator to set compensation angles for each material type. This smart, material aware approach to setting angles ensures accurate results, regardless of the compatible metal being worked on.

6 Modular Segment Fingers in 1", 2", 3", 8", 10", and 12" Widths Enable Complex Box Forming

The six interchangeable segment fingers, available in sizes 1, 2, 3, 8, 10, and 12 inches, make this machine more than just a regular sheet metal brake. It can also form three-dimensional boxes and pans. By choosing and placing certain finger combinations along the clamping beam, operators can make bending dies that fit the exact internal dimensions of the box or pan profile they are making.

With this modular system, you can build complex components such as electrical enclosures, instrument housings, and ventilation duct sections on a single machine without ordering custom tools or hiring outside fabrication services. The 1” finger is especially useful for bending narrow flanges and small box sides where a wide, continuous die would contact walls that had already been formed and prevent the bend from finishing.

Single Balancing Hammer Clamping System Reduces Operator Force and Improves Bend Consistency

The single balancing hammer mechanism evenly distributes clamping pressure across the full width of the sheet metal workpiece, so the operator doesn't have to push down hard on the clamping handle. The balanced hammer geometry evenly distributes the clamping load across the entire 36” working width, reducing operator fatigue during long bending sessions and ensuring a consistent grip.

The bend quality is directly related to the pressure applied to the clamp. If the clamp is uneven, the sheet can move or bow during the bending stroke, resulting in uneven angles and leaving surface marks that need to be corrected or discarded. The balanced hammer design eliminates this variability by maintaining a consistent grip force at every point along the die.

Box and Pan Brake Pre Drilled Mounting Holes at the Base Allow Secure Workbench or Floor Installation

The base of the machine has pre-drilled holes for mounting that work with standard fasteners. It lets you install it permanently or semi-permanently on a workbench or directly on the workshop floor. When the brake is anchored during operation, the machine doesn't move or vibrate when heavy sheet metal is lifted against the bending lever.

Mounting it on the floor or bench also frees up both of the operator's hands to control the workpiece and the bending lever, so they don't have to use one hand to keep the machine from moving. For fabricators who need to make multiple bends on each part or work with large, heavy sheet panels that need full control of both hands, a properly anchored installation is not just nice to have.

Aluminum Folder Construction Combines Lightweight Rigidity with Long-Term Corrosion Resistance

Aluminum is used to make the bending beam and folder parts. It gives the machine a good balance of structural rigidity and weight, making it easy to move around the shop while still keeping the dimensions stable enough for accurate repeat bending. Because aluminum does not rust like carbon steel, the bending surfaces and clamping parts remain free of rust and surface pitting, which can make bending less accurate and degrade the workpiece's surface quality over time with uncoated steel tools.

In workshops where coolants, cutting oils, or high humidity are present, aluminum tools don't need to be refinished as often as steel tools do to stay in good condition. This means that they are less likely to rust. The box and pan brake stays accurate in size and smooth on the surface, even after years of regular use in the shop.

3 Step Operating Sequence with Manual Springback Compensation Delivers Accurate Angle Results

There are three basic steps in the operating sequence: lift the clamping handle, move the sheet metal into place, lower the handle to hold it, and then raise the bending lever to the target angle. This streamlined workflow simplifies the process between setups. It lets experienced operators quickly process multiple bends and lets less experienced users learn the proper technique quickly.

Instead of using mechanical stops, the operating method includes manual springback compensation. It allows the operator to directly control the final bend angle for each material type and gauge. The box and pan brake documentation provides clear instructions for compensating for springback, such as setting the machine to 92 degrees to achieve a finished bend of 90 degrees.