Precise Bend Geometry
Controlled bend angles, radii and flange dimensions based on your part requirements.
SHEET METAL BENDING
Precision Sheet Metal Bending for Custom Parts
Accurate press brake bending for prototypes and production parts, with controlled angles, consistent dimensions and reliable repeatability.
- ✓ Custom Bend Angles
- ✓ Tight Dimensional Control
- ✓ Prototype to Production
SHEET METAL BENDING SERVICE
Accurate Bends for Reliable Sheet Metal Parts
Sheet metal bending forms flat metal sheets into precise angles and three-dimensional shapes without removing material.
At HordRT , we use precision press brake equipment and controlled forming processes to produce brackets, panels, enclosures, frames and other custom components from your drawings.
Bend allowance, material thickness, bend radius and tooling selection are reviewed before production to help maintain dimensional accuracy and repeatable part geometry.
Material-Aware Forming
Tooling and process parameters are selected for the material, thickness and required bend radius.
Consistent Production
Repeatable forming for prototypes, low-volume orders and ongoing production requirements.
BENDING CAPABILITIES
Forming Solutions for Different Part Geometries
From simple brackets to multi-bend enclosures, our bending processes are selected according to part geometry, material behavior and production requirements.
Discuss Your Bending ProjectV-Bending
A versatile forming method for producing accurate angles in a wide range of sheet metal materials and thicknesses.
- Air bending
- Bottom bending
- Multiple bend angles
90-Degree Bending
Controlled right-angle forming for brackets, panels, frames, mounting components and structural sheet metal parts.
- Accurate flange lengths
- Consistent right angles
- Repeatable forming
Multi-Bend Forming
Sequential bending for complex components that require several flanges, offsets or formed sections in one part.
- Complex profiles
- Multiple operations
- Controlled bend sequence
Radius Bending
Forming with a specified internal radius to support part performance, appearance and material requirements.
- Controlled bend radii
- Reduced material stress
- Application-specific tooling
BENDING MATERIALS
Materials for Custom Bent Parts
We form common sheet metals for brackets, panels, enclosures and structural components, with tooling and bend parameters selected according to each material.
Material-Specific Forming
Consistent geometry across different metals and grades
Aluminum
5052 · 6061 · 1060
Stainless Steel
304 · 316 · 430
Carbon Steel
SPCC · Q235
Galvanized Steel
SGCC · SECC
Copper & Brass
C110 · H62
HOW IT WORKS
From Your Drawing to Accurately Bent Parts
A controlled workflow helps maintain bend angles, flange dimensions and part-to-part consistency.
01
Drawing Review
We review geometry, material, thickness and critical dimensions.
02
Bend Analysis
Bend radius, allowance and springback are evaluated before forming.
03
Tooling Setup
Suitable punches, dies and machine parameters are prepared.
04
Precision Bending
Parts are formed in a controlled sequence using press brake equipment.
05
Final Inspection
Bend angles and key dimensions are checked against the drawing.
DESIGN GUIDELINES
Design Parts for Better Bending Results
Reviewing bend geometry before production helps reduce distortion, cracking and dimensional variation.
Bend Radius
Match the internal radius to the material and thickness.
Flange Length
Allow enough flange length for stable tooling contact.
Hole Placement
Keep holes and slots away from the bend deformation zone.
Bend Relief
Add relief near edges where tearing or distortion may occur.
Forming Reference
90° Bend Detail
QUALITY CONTROL
Inspection Beyond the Bend Angle
Bent parts are checked against the drawing to confirm that forming has not affected critical dimensions, hole locations or final assembly fit.
Inspection Focus
Form, Dimensions & Fit
Drawing-Based Inspection
Bend Angle
Verify the formed angle and consistency across repeated parts.
Flange Dimensions
Check flange length, overall height and formed part dimensions.
Hole & Feature Position
Confirm that holes, slots and cut features remain correctly located.
Surface & Flatness
Inspect for distortion, scratches, cracking and unwanted deformation.
Quality records can be provided when required.
Inspection scope is defined according to the drawing and project needs.
BENDING APPLICATIONS
Bent Parts for Real-World Products
Precision bending supports functional components across industrial, electronic and medical applications.
Electronics
Electronic Enclosures
Formed housings, control boxes and equipment covers with aligned openings and assembly features.
- Control housings
- Equipment panels
Industrial Equipment
Brackets & Frames
Load-bearing brackets, mounting structures and formed frames for industrial assemblies.
- Mounting brackets
- Machine frames
Medical Equipment
Medical Equipment Panels
Cleanly formed covers, panels and internal supports for medical and laboratory equipment.
- Equipment covers
- Internal supports
START YOUR BENDING PROJECT
Need Custom Sheet Metal Bending?
Send us your drawings, material requirements and order quantity. Our team will review your project and provide a manufacturing solution.
- Drawing & DFM Review
- Prototype to Production
- Complete Sheet Metal Support
PROJECT QUESTIONS
Sheet Metal Bending FAQs
Clear answers to the questions buyers ask before starting a sheet metal bending project.
01 What information do you need to quote my bending project?
Please send your 3D CAD file or 2D drawing, material grade, sheet thickness, quantity, tolerance requirements and any required surface finishes or secondary operations.
02 Which materials can be used for sheet metal bending?
Common materials include aluminum, stainless steel, carbon steel, galvanized steel, copper and brass. The material grade, temper and thickness affect bend radius and tooling selection.
03 How do you determine the correct bend radius?
The appropriate bend radius depends on material type, thickness, temper, bend direction, required part geometry and available press brake tooling.
04 What bending tolerances can you achieve?
Achievable tolerances depend on material, thickness, bend length, flange size, number of bends and part geometry. Critical requirements are reviewed against the drawing before production.
05 How close can holes and slots be placed to a bend?
Holes and slots should remain outside the main deformation zone whenever possible. The recommended distance depends on material thickness, bend radius and feature geometry.
06 Can you produce parts with multiple bends?
Yes. We produce brackets, panels, housings and frames with multiple bends. Tool access and bending sequence are reviewed to prevent interference between previously formed features.
07 Do you support prototypes and production orders?
Yes. HordRT supports prototypes, low-volume orders and repeat production, with laser cutting, welding, hardware installation, surface finishing and assembly also available.
