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RECORD LOCATED / 2026.09.01

Printed press-brake hem/round profile

Use a CAD section to explore the required hem or rounded form before considering a printed tool. Hemming, air bending and bottoming have different contact conditions and force demands.

3DP-039REV A
AI narration using Robert's voice. Printed press-brake hem/round profile / short introduction.
Open notebook ↗
A CLOSER LOOK

Open hem, closed hem, rolled edge

Open hem, closed hem, rolled edge. Conceptual sheet cross-sections only; these are distinct forming conditions, not a tooling recipe.OPEN FULL SIZE ↗
Conceptual sheet cross-sections only; these are distinct forming conditions, not a tooling recipe.Explanatory drawing based on this record
Forms
Open hem / closed hem / rolled profile
Check
Approach and withdrawal interference
No inferred
Machine stroke or capacity
CLASSIFICATION3DP
STATUSStarting Point
MATERIAL3D PRINT / MAKER
DISPOSITIONPUBLIC / STARTING POINT
VIEW FILE ↗

TECHNICAL NOTES///

Use a CAD section to explore the required hem or rounded form before considering a printed tool. Hemming, air bending and bottoming have different contact conditions and force demands.

PUBLIC KNOWLEDGE VIEW3D Printing / print-profile

GOALRun the first test described in this guide and record the result for printed press-brake hem/round profile.

EQUIPMENT

  • FDM printer / slicer
  • Slicer project
  • Calipers or inspection method

MATERIALS

  • Material requires confirmation

STEPS

  • Measure the desired finished cross-section, material thickness, clearance and flange length. Distinguish an open hem from a closed hem or a rolled profile.
  • Model the sheet and tool sections together, including the approach and withdrawal path. Check for trapped geometry and interference through the entire stroke.
  • Print an unloaded profile mock-up to check fit and handling. Keep this geometry-check specimen separate from any tooling authorized to carry load.
  • For an actual forming trial, obtain a process-specific load and tooling review; document each forming stage independently.

TROUBLESHOOTING

  • A tool that performs a simple V-bend cannot be presumed suitable for flattening a hem. Contact pressure can rise sharply as a hem closes. Do not infer a machine stroke or capacity from the appearance of the print.

SAFETY / LIMITS

  • Use qualified judgment and current manufacturer or code guidance for safety-critical work.

THINGS TO WATCH FOR

A tool that performs a simple V-bend cannot be presumed suitable for flattening a hem. Contact pressure can rise sharply as a hem closes. Do not infer a machine stroke or capacity from the appearance of the print.

RESULTThe deliverable is a section drawing, interference review and test plan with measured outcomes if testing occurs.

DEVELOPMENT HISTORY///

2026.09.01Rev A

Imported as an independent manifest record; public copy keeps uncertainty visible.

SPECIFICATION///

PrinterFDM printer / slicer
MaterialMaterial requires confirmation
FocusTooling contact, wear, load direction, and sheet gauge
ValidationSmall test print before release

RELEASED MATERIAL///

3dp-039-public-summary.txtPUBLIC SUMMARY / RECOVERED NOTES
WHERE THIS STANDS

The deliverable is a section drawing, interference review and test plan with measured outcomes if testing occurs.

The record keeps what is known at this revision. Unfinished tests stay unfinished here.
RECORD 3DP-039DISPOSITION / PUBLIC / STARTING POINTBUILD 0.4.17