Custom Sheet Metal Fabrication Services

Zigitech provides engineering-driven sheet metal fabrication for product teams that need precision, responsive lead times, and scalable manufacturing support from early validation to stable production.

  • right Custom sheet metal fabrication for prototypes, bridge builds, and production-ready programs.
  • right Engineering-led DFM feedback to improve manufacturability before release.
  • right Integrated quality workflow focused on repeatable tolerance and surface consistency.
  • right Secure RFQ handoff for industrial teams with confidential file requirements.
Start to Upload Your Files
right All file uploads are fully secured and kept strictly confidential.
Custom sheet metal fabrication service hero image
Amtivo certification logo
ISO 9001:2015 certification icon
AS9100D certification icon
0 h
DFM response target
Prototype
to production support
Multi-process
fabrication capability
Secure
RFQ workflow

How does sheet metal fabrication work?

Because thin metal sheets are more malleable than thick stock, our manufacturing service applies process-specific tooling to form accurate geometry and stable repeatability.

These processes fall into three general categories:

Material removal

In which the sheet metal is cut in various ways

Material deformation

In which the sheet metal is bent or formed

Material assembly

In which the sheet metal is joined to other components

Why Choose Zigitech for Sheet Metal Fabrication?

Get Your Instant Quote

Diverse Fabrication Methods

At Zigitech, our manufacturing service combines laser cutting, bending, stamping, deep drawing, and welding to keep complex sheet metal programs accurate from first build to repeat production.

No Minimum Order Quantity

From one-off prototypes to high-volume batches, we support flexible order planning so your team can validate quickly, then scale with the same process discipline and factory controls.

Fast Turnaround Times

Our engineering-led workflow shortens handoff time and production setup, helping product teams hit launch milestones without sacrificing dimensional consistency or surface quality.

Material Versatility & Quality Assurance

As a trusted Metal Processing Company, we process aluminum, steel, stainless steel, and copper with documented quality checks to meet drawing intent and inspection requirements.

Custom sheet metal parts ready for quote and production planning

Get your custom sheet metal parts today

All information and uploads are secure and confidential.

Get Your Instant Quote

Faster Quoting for Production-Ready Parts

For eligible parts within the 10 mm x 10 mm to 200 mm x 200 mm range, standard lead time can start from 3 days. Upload your CAD file to confirm suitability.
01

Share the Part Design

Upload the model to kick off a fast technical review.

Upload CAD files and project requirements.
02

Review Quote & DFM Notes.

See immediate cost guidance plus practical feedback for efficient production.

Review instant pricing and DFM guidance.
03

Lock in Manufacturing Details.

Sign off on the final requirements before machining or molding begins.

Approve manufacturing details before production starts.
04

Delivery in Motion.

Finished parts move from production control to outbound shipment.

Finished parts prepared for shipment.

Removal Methods for Sheet Metal

Laser Cutting

In our Manufacturing Service workflow, laser cutting uses a focused beam around 0.001 in (0.025 mm) in diameter to deliver clean edges and tight profile accuracy.

With focal lengths between 1.5 in and 3 in (38-76 mm), this process can hold tolerances near +/-0.002 in (+/-0.05 mm) and kerf widths around 0.006-0.015 in (0.15-0.38 mm), making it suitable for detailed geometry.

Advantages: High precision, minimal finishing, and broad material compatibility.

Get Your Instant Quote
Laser cutting head processing sheet metal with clean-edge precision

Deformation Methods for Sheet Metal

Bending

Within our Manufacturing Service, bending forms V, U, and channel profiles using a press brake with controlled force and angle targets based on material thickness and strength.

Because elastic recovery can change final geometry, we apply over-bend compensation for springback so finished parts match drawing intent more consistently.

Bending is widely used for enclosures, brackets, and structural sheet components that require repeatable angular accuracy.

Advantages: Cost-efficient forming, high repeatability, and compatibility with various metals.

Get Your Instant Quote
Sheet metal bending process using controlled press brake forming

Assembly Methods for Sheet Metal

Assembly

Assembly is the final stage of sheet metal fabrication where multiple parts are combined into a complete functional product.

After cutting, forming, and surface preparation, components are joined with fasteners, rivets, welds, or other standard methods based on performance and service requirements.

As a Metal Processing Company, we support both manual and automated assembly planning for multi-part industrial structures.

Advantages: Product readiness, design flexibility, and support for manual or automated methods.

Get Your Instant Quote
Sheet metal assembly process for multi-part fabricated products

Choosing the right manufacturing method is key to achieving target part quality. Not sure which method best fits your program?

Contact Us

Common Sheet Metal Applications

  • Appliances
  • Chassis
  • Fuselages
  • Body panels
  • Doors
  • Kitchen equipment
  • Brackets
  • Enclosures
  • Office equipment

Zigitech Sheet Metal Fabrication Advantages

Sheet Metal Prototype Fabrication

With fast lead times, no minimum order volume, and low per-unit cost at early stages, rapid sheet metal is a practical option for functional prototyping and iterative validation.

Learn More

Low-Volume Production

Low-volume production programs around 100K parts can speed up market entry. As a Machinery Parts Manufacturer, Zigitech delivers custom metal parts with stable quality for this phase.

Learn More

Design Guidelines

Follow practical design rules to improve manufacturability, structural integrity, and cost efficiency in sheet metal Manufacturing Service programs.

Feature Recommended Value (MT = Material Thickness) Notes
Minimum Bend Radius 1 x MT Avoid cracking (may vary by material: soft aluminum <= 0.5 x MT, stainless steel >= 2 x MT).
Hole-to-Edge Distance 2 x MT Prevents edge deformation during punching.
Hole-to-Hole Distance 6 x MT Ensures structural integrity (increase for dense hole patterns).
Bend-to-Hole Distance 6 x MT Prevents hole distortion during bending.
Feature-to-Countersink Distance 8 x MT Maintains material strength around countersinks.
Minimum Countersink Depth 0.6 x MT Ensures flush fastener seating (adjust for screw head angle).
Relief Cut Width 1 x MT Reduces stress concentration at bends (required for sharp corners).
Corner Fillet Radius 0.5 x MT Improves manufacturability and stress distribution.

Sheet Metal FAQ

Sheet metal fabrication is the process of converting flat metal sheets into custom geometries through cutting, forming, and assembly. Common outputs include enclosures, brackets, frames, and other industrial components. For end-use projects, finishing options such as powder coating, plating, or anodizing are often applied to improve durability and surface performance.
The workflow usually starts with cutting sheet stock to the required profile, then shaping through bending or related forming operations, followed by joining and finishing. Process selection is based on geometry, tolerance targets, material type, and required lead time.
For higher-quantity parts with geometry suited to forming, sheet metal can be more cost-efficient than CNC machining. CNC remains valuable for complex 3D features and tighter localized tolerances. Final cost depends on part design, quantity, and quality requirements.
Not necessarily. Cutting method selection should follow material type, thickness, tolerance goals, and delivery schedule. Zigitech engineering teams choose the process path that best balances quality, speed, and commercial efficiency for your program.
In general, combining operations such as cutting, bending, and punching can increase cost compared with a single-operation part. However, many practical components require multiple processes, and the cost impact is typically manageable when design and process planning are optimized.
No. We support one-off prototypes through larger production volumes, so teams can start with validation parts and scale when demand is confirmed.
Verified Client Feedback
Trusted by teams shipping precision parts under real production deadlines.

We ordered aluminum manifolds for a pilot build and were watching the sealing surfaces closely. The parts arrived well packed and checked out cleanly during our incoming inspection.

Jonas Eriksen Lead Engineer, Norwegian process equipment startup

What stood out was that the quote review connected design choices to production reality. Our team got clear notes on wall thickness, access, and finish instead of vague suggestions.

Melissa Ward Product Development Manager, US industrial sensor brand

For a control cabinet program, the hardware insertion and bend details matched the released drawing set without surprises. That saved rework on our assembly side.

Petr Svoboda Manufacturing Sourcing Specialist, Czech electrical systems company

We asked for a tooling review before final approval and got specific comments on shutoffs and cosmetic risk. It felt like feedback from people who actually build these parts.

Sharon Lim Program Engineer, Singapore consumer appliances brand

The turned shaft parts were consistent from sample to sample, which mattered because we were checking fit against bearings and seals. That repeatability is hard to fake.

Tyler Hughes Operations Engineer, US motion control supplier

We had one material question mid-order and got a straightforward answer with options, not a delayed sales response. That helped us keep our internal approvals moving.

Elena Petrova Procurement Manager, Polish industrial components distributor

The prototype covers looked good enough for customer demos but still gave us usable fit information. That balance was exactly what we needed at that stage.

Daniel Kim Hardware Lead, South Korean smart device startup

Across a mixed order of parts and jigs, revision control stayed clear all the way through. That made our own internal tracking much easier when the shipment landed.

Laura Green NPI Program Manager, UK medical equipment supplier

Put your parts into production today

All information and uploads are secure and confidential.

Get Instant Quote

Upload

Quote

Confirm

Ship

Supports:

STEPSTPSLDPRTIPTPRTSATIGESIGSCATPARTX_TOBJSTL