We provide custom welding services for metal parts and assemblies, supporting prototype, small-batch, and mass-production orders. We will develop customised processing solutions tailored to your structural designs and precision standards.







Welding is suitable for permanently joining multiple metal components into an integrated structure, particularly where the product need to withstand large loads, requires structural strength and does not require disassembly afterward. Compared to relying on additional fasteners such as bolts or rivets, welding achieves a more robust and continuous connection, effectively reducing the risk of joint loosening or structural failure.
If your part is a thin-plate structure, the material is sensitive to heat, or the design requires space for disassembly, riveting is usually more reliable connection methods. We offer a variety of connection processes and can assist you in selecting the most suitable connection solution based on your design drawings and actual operating conditions.
MIG welding
TIG welding
spot welding
FCAW




Xmake provides high-quality custom welding services. Backed by an extensive network of qualified welding partners, we can efficiently handle diverse needs such as thin plate welding and structural component welding, and reliably undertake all types of projects, from simple welds to complex welded components.
Getting your welded parts into production is simple and efficient. Just upload your 2D drawings or 3D STEP files through our online platform and specify your requirements to receive a detailed quote within hours. Before production begins, our engineering team will review your design. Depending on project complexity, lead times typically range from 5 to 10 days, with rush options available.
We offer various materials to support welding services. Please note that welding services for some metals are provided after a technical assessment.

aluminium alloy
Aluminum alloys are lightweight and possess excellent weldability, making them suitable for thin sheets and medium-strength structural components. For 5052 and 6061 alloys, the AC TIG welding process is typically employed.
GRADES

aluminium alloy
Aluminum alloys are lightweight and possess excellent weldability, making them suitable for thin sheets and medium-strength structural components. For 5052 and 6061 alloys, the AC TIG welding process is typically employed.
GRADES
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Why Xmake
Why Choose Xmake for Welding Services
We have established a well-developed manufacturing partner network, serving clients across 120+ countries and regions worldwide. we also operate 7 owned factories in China(15,000+ square meters. By integrating CNC machining, laser cutting and multiple manufacturing processes, we offer a one-stop manufacturing service—from material cutting and processing to post-treatment services. We support diverse production capacity requirements, from small-batch trial production to large-scale manufacturing, ensuring efficient delivery while maintaining quality standards. We are certified to ISO 9001 and ISO 13485 quality management systems. All welding operations are performed under strict quality control procedures, with inspections carried out according to project requirements and applicable standards.
600+
Machines
120+
Countries/regions
ISO
9001:2015 certified
Trusted by 50,000+ companies

Common questions about our welding services.

Laser cutting uses a high-energy beam to cut metal sheets. It enables complex shapes and both thin and thick materials.

Sheet metal bending uses external force to form metal sheets into different angles and shapes.

Waterjet cutting uses high-pressure water flow to cut materials. It suits thick plates and heat-sensitive parts.

Stamping forms parts by applying pressure through dies, causing material deformation or separation to create the required components.

Riveting uses rivets to fasten sheet metal parts together, forming a strong connection.