Press brakes, built around the bends you make.
Start with your longest bend and the parts that are hardest to produce consistently. We can work through force, tooling, clearance, gauging and handling to compare suitable press brakes and the options your work actually needs.
Every question is optional. Share what you know, or call Tom at any point.
Questions that help us compare options
Material & bend length
What are we bending?
Examples
Material/grade; usual and maximum thickness; longest continuous bend; repeated part families.
Why it matters
Bending force depends on material strength, thickness, bend length, tooling and method, rather than thickness alone.
Part shape & clearance
Which shapes need room around the tools?
Examples
Short flanges; deep boxes; return bends; large panels; hems; awkward or heavy parts.
Why it matters
Bed length, distance between housings, open height, stroke and throat clearance can each limit a part.
Force & tooling
What bend result and method do you need?
Examples
Required angle/radius; smallest flange; air bending; another method; help estimating force.
Why it matters
We need to check machine and tool ratings together; a preliminary estimate does not establish a safe setup.
Existing tools & setup
What tooling do you use or want to retain?
Examples
American; European; New Standard-style; another interface. Send a tool/clamp photo if unsure.
Why it matters
Interfaces are not automatically interchangeable, and punch shape, clamping and changeover affect the whole job.
Consistency & gauging
What is difficult to hold or repeat?
Examples
Bend angle; flange position; material variation; marking; heavy-part handling; frequent setups.
Why it matters
Backgauging, crowning, angle-checking options and handling aids should answer a specific production need.
Production & investment
How will the machine be used?
Examples
Mixed batches; repeated parts; manual operation; handling assistance; bending automation; available space; timing; optional budget.
Why it matters
We can compare practical output and operator involvement before deciding how much automation the application justifies.
Options worth discussing: repeatable angle control, easier tool changes, compatible hemming, part supports and suitable bending automation. Calculators can guide the discussion when the material, tooling and assumptions are known.
More detail, if you want it…
Can a calculator choose the press brake?
A force estimate needs material strength, thickness, bend length, die opening, method and consistent units. V-opening and punch selection also affect radius, flange limits, marking and tool load. Hemming needs its own assessment. We can use a verified preliminary calculation, then check the part, machine, tools and loading limits before recommending a configuration.
Useful information, if you have it:
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Material and grade
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Thickness
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Longest bend
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Part drawing or photo
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Smallest flange
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Existing tooling
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Current difficulty
Include timing and budget if useful.