CNC Press Brakes for Sheet Metal Bending
Compare CNC hydraulic press brakes for U.S. fabrication shops, HVAC shops, enclosure builders, cabinet manufacturers, structural fabricators, job shops, and production bending departments. This collection focuses on press brake models with real machine configurations, normal pricing ranges above placeholder RFQ values, and buyer-oriented details for tonnage, bending length, controller, tooling, and startup planning.
A press brake should be selected around the parts you actually bend: material type, thickness, bend length, inside radius, flange length, tonnage requirement, accuracy target, part volume, and operator workflow. Smaller shops may focus on compact 5 ft to 8 ft machines, while production shops may need 10 ft, 12 ft, 13 ft, 16 ft, 20 ft, tandem systems, advanced backgauges, Delem or TP10S controls, and tool packages.
How to compare press brakes
Review tonnage, bending length, open height, stroke, throat depth, axis package, controller, backgauge, crowning, tooling style, guarding, shop power, and delivery requirements. Do not choose only by price. A lower-cost brake can become expensive if it lacks the controller, tooling, accuracy, or support your work requires.
Buyer checklist
Before requesting a quote, prepare sample drawings, material thickness range, longest part length, annual production volume, required accuracy, tooling style, shop voltage, forklift or rigging access, and delivery ZIP code.
FAQ
What tonnage press brake do I need?
Tonnage depends on material, thickness, bend length, die opening, and inside radius. Submit part details so the machine can be matched correctly.
Is an E22 controller enough?
E22 and similar NC controls can work for straightforward bending. Complex repeat work may require a higher CNC controller, more axes, and stronger backgauge capability.
Should I buy quote-only or direct checkout?
Most press brakes should be RFQ because tooling, freight, power, installation, and training must be confirmed before final purchase.