Custom Sheet Metal Bending Services

Koonze Model offers fast, accurate sheet metal bending for both prototypes and full-scale production. Whether you need simple angles or complex geometries, we deliver tight-tolerance parts with consistent quality — all while keeping lead times short and costs controlled.

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precision metal bending services koonze model

Precision Metal Bending Services by Koonze Model

Koonze Model delivers high-precision metal bending services for parts requiring exact angles and clean lines. Using advanced press brakes and CNC bending equipment, we work with a wide range of metals including aluminum, stainless steel, and carbon steel, supporting material thicknesses from 0.5 mm to 6 mm.

Our process handles both simple bends and complex multi-angle geometries with repeatable accuracy. Whether you need one-off prototypes or full production runs, we ensure tight tolerances and fast turnaround.

From enclosures and brackets to custom structural components, we help bring your sheet metal designs to life with quality you can rely on.

Sheet Metal Bent Parts Gallery

Our Metal Bending Process

At Koonze Model, we follow a proven, detail-oriented process to ensure every bent metal part meets precise specifications. From material selection to final inspection, each step is designed for accuracy, consistency, and quality.

1
Material Selection
We start by selecting the optimal metal for your application—aluminum, steel, stainless steel, brass, or copper—based on factors like strength, corrosion resistance, and formability.
2
Design Review & DFM
Our engineers review your part design and provide Design for Manufacturability (DFM) feedback to optimize bend angles, radii, and tolerances before production.
3
Programming & Setup
Bending paths and sequences are programmed into our CNC press brakes. We carefully configure tooling and machine parameters to match your design and material requirements.
4
Precision Bending
Using advanced CNC bending machines, we execute the bends with high precision, ensuring repeatability and accuracy across every part—no matter the batch size.
5
Inspection & Quality Control
Each part undergoes thorough dimensional checks and visual inspection to verify conformity with your specifications. We ensure consistent quality before parts are approved for delivery.

Start Your Custom Metal Bending Order Now

Leverage our precision bending expertise to bring your complex parts to life with high accuracy and quality.

Metal Bending Materials

Choose from a variety of sheet metal materials like aluminum, stainless steel, and brass—each selected for its distinct properties. We help match your project with the right material to ensure optimal performance, durability, and finish.

metal bending materials aluminum

Aluminum

Aluminum is lightweight, corrosion-resistant, and offers a high strength-to-weight ratio—making it ideal for aerospace and automotive components. Its excellent machinability also makes it a top choice for efficient and precise sheet metal bending.

  • Aluminum 5052
  • Aluminum 5083
  • Aluminum 6061 (It can be cut with a laser cutter but not bender.)
metal bending materials brass

Brass

Brass is prized for its malleability, warm gold-like appearance, and excellent acoustic qualities. It’s a popular choice for decorative components, as well as functional parts like gears and valves.

  • Brass C27400
  • Brass C28000
  • Brass C36000

Note: Sheet metal process can not process more than 5MM thickness of brass.

 

metal bending materials copper

Copper

Copper is renowned for its superior electrical and thermal conductivity. Its high ductility makes it ideal for applications such as electrical components, roofing systems, and plumbing fixtures.

  • Copper C101(T2)
  • Copper C103(T1)
  • Copper C103(TU2)
  • Copper C110(TU0)

Note: Sheet metal process can not process more than 5 mm thickness of copper.

 

metal bending materials steel

Steel

Steel is exceptionally strong and durable, making it a key material in construction and heavy-duty applications. Its properties can be enhanced through alloying, improving hardness, corrosion resistance, and overall performance in demanding environments.

  • SPCC
  • Galvanized Steel (SGCC / SECC)
  • Q235
  • Steel 1020

 

metal bending materials stainless steel

Stainless Steel

Stainless steel is valued for its excellent corrosion resistance, strength, and cleanability. Its sleek appearance and durability make it a top choice for applications in medical equipment, food processing, and marine environments.

  • Stainless Steel SUS 304

 

Note: The materials listed above are for reference only. We offer over 100 different materials – please contact us now to find the best option for your needs.

Various Surface Finishes Available

Why Choose Our Metal Bending Services

Precision Bending with Tight Tolerances

Consistent bend accuracy down to ±0.5°, ensuring every part meets your specs.

Supports Prototypes to Large Runs

Whether you need 1 part or 10,000+, we scale to meet your production needs.

Wide Material Compatibility

Aluminum, stainless steel, brass, copper, and more—choose the best fit for your project.

Fast Turnaround, Global Delivery

Quick lead times with international shipping, so your parts arrive when you need them.

Get a Free Quote for Your Metal Bending Project Today

Submit your design and material specs to receive a fast, no-obligation quote tailored to your needs.

advantages metal bending koonze model

Advantages of Metal Bending with Koonze Model

Bending metal parts delivers clear benefits—greater accuracy, fewer components, and cleaner finishes—all with improved efficiency.

A Seamless, Professional Look

The absence of visible welds results in a smoother, cleaner surface finish that enhances both the appearance and structural integrity of the part. This not only improves the overall aesthetics but also reduces the need for secondary finishing, making it ideal for consumer-facing or precision-engineered components.

Improved Accuracy Through Precision Bending

Using metal bending instead of welding enhances part accuracy by eliminating variables introduced through manual or semi-manual weld processes. Bending relies on controlled, repeatable machine operations, which reduces the risk of distortion, misalignment, and inconsistencies. This results in tighter tolerances, better dimensional stability, and more reliable fit and function—especially critical for precision assemblies and high-performance applications.

Fewer Components, Same Functionality

By using metal bending instead of welding multiple parts together, you can achieve the same structural or functional result with fewer individual pieces. This streamlined approach reduces the number of seams, joints, and potential failure points, while also simplifying the overall design. Fewer components mean faster assembly, lower production costs, and improved part strength and integrity—making it an efficient choice for both prototyping and large-scale manufacturing.

Typical Applications of Sheet Metal Bending

From structural supports to detailed enclosures, bent metal parts offer strength and versatility for a wide array of end uses.

Enclosures and Casings

Custom-bent metal enclosures provide reliable housing for electronics and machinery, balancing protection, accessibility, and clean visual design.

Brackets and Mounts

Accurate bending ensures strong, reliable brackets and mounts that hold components securely in place—ideal for both industrial and everyday installations.

Panels and Doors

Whether for architecture or equipment access, bent metal panels and doors are tailored to fit exact specs, offering both form and function.

Frames and Beams

Bent metal adds structural integrity to frames and beams, making them ideal for load-bearing roles in automotive, construction, and equipment builds.

Complex Geometries

CNC bending enables the fabrication of intricate shapes with tight tolerances, perfect for parts that demand precision and advanced functionality.

typical applications sheet metal bending

How Koonze Injection Molding Process Work

01

Low Volume Production

Ideal for 1 to 100,000 units, perfect for prototypes, market testing, or customized products. Even at small quantities, we ensure cost-effectiveness with competitive per-unit prices.

02

Medium Volume Production

For orders between 100,000 and 1 million units, we provide the balance of flexibility and cost savings, offering lower prices per part with minimal tooling costs.

03

Short-Run Stamping

For high-volume runs of over 1 million units, our stamping process becomes highly cost-effective, driving down per-unit costs while maintaining precision and scalability.

04

Production Begins

Low-volume runs with minimal tool revisions, ideal for quick market testing or small batch production with reduced setup costs.

05

Long-Run Stamping

Larger, more involved production runs optimized for consistent quality, low per-unit costs, and high throughput, making it perfect for mass production at scale.

Ready to Start

Get your custom quote  today and scale up quickly.

FAQs About Our Metal Bending Services

How do you prevent cracking during bending?

We optimize bending radius and parameters based on material properties to minimize stress and avoid cracking.

Can you handle complex bending shapes?

Yes, our advanced multi-axis CNC press brakes can perform complex and multi-step bends with high precision.

Will the metal surface get damaged during bending?

We take protective measures to minimize scratches or marks, maintaining a clean and smooth surface finish.

Do you accept small batch or prototype bending orders?

Absolutely, we accommodate everything from one-off prototypes to full production runs.

Can bent parts undergo further processing?

Yes, bent components can be further processed by welding, coating, or machining as needed.

What is the typical turnaround time for bending jobs?

Lead time depends on complexity and volume; simple parts usually take 1-3 days, while complex orders may require longer.

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