Sheet Metal Bending
Expert bending of sheet metal parts using state-of-the-art CNC press brakes.
Sheet Metal Bending Experts
We use the latest CNC Press Brake technology to bend your parts for printing. To receive a quote for formed parts, please submit your STEP files for a manual quote to quote@wombatNYC.com.
Details:
70 ton capacity
Up to 5’ in length
Bend up to 1/2” thick
Tolerance of +/- .010”
.sldprt .step & .stp file types accepted
Turnaround Time
The turnaround time for sheet metal bending varies depending on the volume and complexity of the project, but for local customers, we can deliver in as little as 2-4 days (rush fees may apply). We strive to provide fast and efficient service to meet your deadlines and communicate with you throughout the process.
Instant Quote
To receive a quote for formed parts, please submit your STEP files for a manual quote to quote@wombatNYC.com.
Frequently Asked Questions
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The standard bend radius for sheet metal varies depending on the material type and thickness. Generally, the minimum bend radius is equal to the material thickness. Thicker materials might require larger bend radii to avoid cracking or deformation.
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The thickness of sheet metal you can bend depends on the bending method and equipment used. Common sheet metal thicknesses range from 0.020 inches (0.5mm) to 0.250 inches (6.35mm). Thicker plates may require specialized press brakes or other heavy-duty bending equipment.
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For simple bends in thin sheet metal, a hand brake or bending pliers might suffice. However, for more complex bends or thicker materials, a press brake offers greater control and precision.
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Yes, sheet metal stretches slightly when bent, especially along the outer surface of the bend. This stretching can cause thinning and slight elongation of the material. It's essential to consider this when designing parts and selecting bending parameters.
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The force required to bend steel plate depends on its thickness, width, material grade, and bend angle. Calculations involving material properties and bending parameters are needed to determine the required tonnage for a press brake.