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Sheet Metal Fabrication Services

Sheet metal parts are found almost everywhere and QSY can help you quickly and accurately make your enclosures, brackets, assemblies, weldments, cabinets, housings and other sheet metal parts and prototypes. Our MOQ is one and offer options for low/mid volumes.
How It Works – Sheet metal encompasses a wide range of processes to manipulate and shape sheets of metal into the required geometry. QSY use bending, laser cutting, punches, welding and other processes to manufacture your sheet metal parts and prototypes.

Sheet Metal Fabrication Services
Laser Cutting
Highly accurate, capable of cutting dissimilar thicknesses at the same time, low heat-affected zone, and able to cut hole diameters under half a material thickness.

Why choose our sheet metal prototyping service?

QSY provides competitively priced, quality parts; quickly. With short lead times and a superior focus on quality and customer service, QSY is the easy choice for Sheet Metal Prototyping services. We have cutting, bending, forming, welding and finishing capabilities that can get you your bracket, fixture, enclosure or any part you are working on in budget, in spec and on-time.

Why choose our sheet metal prototyping service?

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Precision processing: ±0.1mm tolerance control, accurately reproducing design details

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Rapid delivery: 24-hour rush service, accelerating the R&D cycle

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Full process support: Complete from laser cutting, bending forming to welding and surface treatment

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Cost controllable: Optimized for small batch prototyping to avoid mass production risks

Material Selection for Sheet Metal Fabrication

The choice of materials directly impacts product strength, corrosion resistance, processing difficulty, and cost.

Cold-Rolled Steel
Cold-Rolled Steel
Properties:

Smooth surface, easy to paint/coat

Low cost, excellent formability (easy to stamp and bend)

Requires surface treatment (painting/plating) for corrosion resistance

Applications:

Precision structural components, electronic parts

Pure Aluminum Plate
Pure Aluminum Plate
Properties:

Excellent electrical/thermal conductivity

Easy to machine

Applications:

Heat sinks, signage

Titanium Alloys
Titanium Alloys
Characteristics:

High specific strength: Strength is comparable to that of steel, yet the weight is 45% lighter.

Biocompatibility: Preferred for medical implants.

Resistant to extreme environments: Stable at -253℃ to 600℃.

Tool Steel
Tool Steel
Characteristics:

Ultra-high hardness: HRC 58-62 (after heat treatment)

Wear resistance: Suitable for long-term friction conditions

Dimensional stability: Heat treatment deformation < 0.1%

The industry of sheet metal processing Applications

From the precise enclosures of electronic devices to the battery shells of new energy sources, from the stainless steel casings of medical instruments to the 5G cabinets of communication base stations, sheet metal processing, with its high precision and high strength characteristics, has become the core manufacturing process in modern industry. Whether it is the lightweight structural components in the automotive industry, the protective covers in industrial automation, or the metal exterior parts in smart home applications, we offer complete solution processes such as laser cutting, CNC bending, welding forming, and surface treatment to meet the strict requirements of different industries.

Electrical appliances
Electrical appliances

Server chassis, heat sink, panel

New energy
New energy

Photovoltaic support frame, energy storage battery box

Medical equipment
Medical equipment

Operating instrument table, detector casing

Rail transportation
Rail transportation

Carriage interior components, equipment support frame

Building decoration
Building decoration

Metal curtain wall, customized metal component

Sheet metal fabrication

Sheet metal fabrication - The core competitiveness of industrial manufacturing

In the world of precision manufacturing, sheet metal processing serves as the crucial link that transforms designs into reality for products. Whether it's the precise enclosures for electronic devices, the lightweight structures in the automotive industry, or the durable components for medical instruments, sheet metal technology, with its advantages of high precision, high strength, and high consistency, has become the cornerstone of modern industrial manufacturing.

Reliable structure

Through precise cutting, bending and welding, ensure that components fit perfectly, enhancing overall durability.

Cost optimization

Efficient use of sheet materials and automated production reduce material waste and increase economic benefits.

Fast response

Supports small-scale trial production, accelerates product iteration and shortens the market launch cycle.

Wide applicability

From consumer electronics to aerospace, sheet metal can meet the strict requirements of various industries.

How to Work With Us

Upload a CAD File

Upload a CAD File

To start, simply select a manufacturing process and upload a 3D CAD file.

Get Quote with DFM

Get Quote with DFM

Within a few hours we'll send you design for manufacturability (DFM) analysis and real-time pricing.

Manufacturing Begins

Manufacturing Begins

Once you review your quote and place your order, we'll start the manufacturing process. We also offer finishing options.

Parts are Shipped!

Parts are Shipped!

Our digital manufacturing process allows us to produce parts in as fast as 1 day.

TESTIMONIALS

The prototypes arrived this morning and they look great. Thank you very much for your work on this project and your prompt and thorough communication. We will certainly be in contact again in the future.

—— Gareth Lauchlan, BDes ID

I would Like to congratulate you and your company with your service and prototyping quality. The communication with our company was very clear and constructive.

—— Marc E.J. Van

I do appreciate the time and effort you have put forth and I would love to do business with you in the future. I’ll keep you posted very soon.

—— Roy Navi & Technical Manager

Blog

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SLA stands for stereolithography, and it is sometimes abbreviated as just SL. As the name suggest, SLA 3D printing is a method of additive manufacturing where a prototype, model or functional part can be 3D printed ...

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June 4, 2020

WHat IS SLS 3D PRINTING?

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