Size: 6 x 6″
Laser Cutting, Bending, Deburring
Size: 5.4 x 6″
Laser Cutting, Bending, Hardware
Size: 6.3 x 7.4″
Laser Cutting, Bending, Dimple Forming, Hardware, Tapping, Powder Coating
Size: 23.5 x 9.5″
CNC Routing, Bending
We accept .ai, .eps, .dwg, .dxf, step, and .stp
6 x 6″
Laser Cutting, Bending, Deburring
5.4 x 6″
Laser Cutting, Bending, Hardware
23.5 x 9.5″
CNC Routing, Bending
We offer CNC bending for a wide range of materials including aluminum, brass, chromoly, copper, steel, mild steel, polycarbonate and titanium.
For a full list of materials and available thicknesses, please visit our materials page.
“SCS beats my local shops in every dimension. It is an interesting combination of a sophisticated professional resource and user friendly for someone new to fabrication. Did some bends my usual shop would have baulked at.”
SendCutSend uses top-of-the-line CNC equipment and robotics, combined with expertly trained staff to give your parts the best possible bends. Just make sure your parts meet our bending requirements and you’re ready to bend!
Make sure your file meets our requirements to get your parts as quickly as possible.
Make sure your file meets our requirements to get your parts as quickly as possible.
Choose your material, apply bending, and adjust your quantity to see live pricing updates.
We accept, .ai, .dwg, .dxf, .step. or .stp files. We have our Parts Builder or Designs Services available if you don’t have a file handy.
Standard production on orders with bending is 3-5 days with 1-3 day shipping.
We accept, .ai, .dwg, .dxf, .step. or .stp files. We have our Parts Builder or Designs Services available if you don’t have a file handy.
Choose your material, apply bending, and adjust your quantity to see live pricing updates.
Standard production on orders with bending is 3-5 days with 1-3 day shipping.
Get started on your project with the click of a button. Whether you have a CAD file, a sketch, or just an idea.
Before you upload your design, take a look at our file preparation guidelines. They cover everything you need to know including file setup, sizing, supported formats, and tips for keeping costs down, so you can get the best results from your bent parts.
Custom laser cutting, waterjet cutting, and CNC routing. We’ll cut your parts with the method best suited for your sheet or plate material.
2-4 days standard production
Add dimension to your projects with our precision CNC bending services.
+1-2 days | 10 materials
Allow hardware to sit flush on your parts to reduce wear and tear.
+1-3 days | 6 materials
Strengthen material with aesthetically pleasing dimples.
+1-3 days | 7 materials
Select from our catalog of PEM press-fit hardware to add nuts, studs, and standoffs.
+1-3 days | 8 materials
Quickly and easily add threading to allow for the addition of hardware to your parts.
+1-3 days | 12 materials
We offer Class II anodizing services to add durability and character to your laser cut parts.
+7-10 days | 3 materials
Increase rust prevention, wear resistance, and strength with zinc and nickel plating.
+7-10 days | 3 materials
Give your laser cut parts a bold, long-lasting finish and protective layer in one of 7 colors, 4 finishes
+3-5 days | 9 materials
Reduce the surface blemishes and handling scratches found in raw materials.
+1-2 days | 11 materials
We take pride in our customer service, quality, and continual innovation with new products and services. You’re in good hands with SendCutSend.
To keep perpendicular flanges from clashing in a corner, use our Min Corner Relief Distance from Bend Line spec (pictured below). If the clearance between bend lines meets or exceeds that value for your chosen material thickness, you’re in the clear.
Our bending specifications — including bend radius, K factor, flange length, bend angle limits, and more — are listed in our Material Catalog and Bending Calculator. Use them exactly as provided to ensure your parts form within tolerance.
Yes — we offer free Fusion 360 gauge tables with our bending specs built in. Import them to set the correct bend radius, K factor, and bend relief for each material thickness we bend.
Bend radius depends on more than just thickness — tooling, material tensile strength, and die width all play a role. Some thinner materials may even have a larger bend radius than thicker ones.
Our bending service requirements are detailed in our Bending Guidelines. Use this checklist of bending considerations to review your designs before uploading part files!
If your bent part requires an odd flange shape, we can bend it if you create a flat reference point or “break-off tab.” Learn how to set up your design for successful bending with an irregular flange shape.
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Please note: Pricing examples on our website are provided as general estimates and may not always reflect current prices. While we strive to keep these examples accurate, uploading your file is the best way to see instant current pricing.
