OEM Metal Parts Fabrication refers to the process where the original equipment manufacturer entrusts a professional factory to carry out customized production of metal parts.

You provide the drawings and technical requirements. The factory is responsible for all manufacturing stages, from material selection and process design to the delivery of finished products.

– You handle the design, and the factory takes care of the production;
– Eliminate the heavy capital investment and personnel management costs of building your own production line;
– Let the brand owner focus on marketing, research and development, and channels.

OEM Metal Parts Fabrication | 4 Core Processes

In the field of custom metal parts manufacturing, we use our own production capacity across four core processes to meet most customer demands. Behind this is a complete set of equipment matrix:

Process category	Specific services	Self-owned equipment
Sheet Metal Fabrication	Laser cutting	6kw laser cutting equipment*2
	Metal bending	bending machines*3
	Stamping / Deep Stamping	80-400t Stamping machines*40
	Welding	automatic spot welding machine*1 welding production lines*3
CNC Machining	Precision milling / machining	five-axis CNC machining centers.2 vertical machining centers*3
Metal Casting	Casting component production	casting equipment*1 drilling machines*12
Surface Treatment	Spraying / Oxidation / Electroplating, etc.	surface treatment production lines*2

🔧View more real photos of our factory.→

All the Fabrication processes are completed in the same workshop. There is no need to send the parts to multiple factories to carry out different procedures separately, nor is there any worry about problems arising from the connection between the processes.

What Are The Differences?

In the same business of OEM manufacturing, we did three things beyond the standard procedures that most factories do not undertake:

1: Engineers offer free optimization

We have 19 senior engineers with over 20 years of experience. We provide free design optimization services across four areas: drawing review, material recommendations, process route design, and surface treatment plan suggestions. This will help reduce your part costs, ensure higher quality, and increase production efficiency.

2: The business team not only handles orders but also manages risks.

– Before sale: Thoroughly understand your usage scenarios and performance requirements, not just looking at the drawings, but also asking “Where will it be used”;
– During sale: Closely monitor the production progress, proactively identify delivery time risks and issue early warnings;
– After sale: Timely follow up on usage feedback, responding to issues within 48 hours.

3: We have our own quality inspection department and do not rely on third-party inspections.

– Two sets of coordinate measuring machines (CMM), spectrometers, surface roughness testers, and hardness testers;
– From incoming material inspection to finished product release, the entire process is internally closed-loop inspected to ensure that every batch is qualified.

🔧Click here to view our complete quality inspection process.→

Why Choose Us?

✅Scale and Capacity: Founded in 1999, the workshop covers an area of over 9,000 square meters, with a monthly production capacity of over 500,000 pieces, capable of meeting the demands of large-scale orders;

✅Experience Depth: Among the 120+ employees, 19 engineers have an average of over 20 years of experience, and the business team has served over 3,000 overseas customers on average;

✅Global Verification: We have provided services to 3,000 enterprises worldwide and customized over 70,000 different types of parts;

✅Zero Risk Launch: Provide free samples, fully verify before mass production, and do not start production if dissatisfied;

✅Certified to ISO 9001:2015 Quality Management System, with standardized processes and traceability.

Project Case

S-500-48 switching power supply complete machine enclosure

It is used to accommodate and secure the power circuit board, transformer, terminals, and cooling fan, protecting internal components from damage caused by bumps, dust, and moisture.

The original enclosure supplier for an industrial equipment integrator provided products with an unreasonable heat-dissipation design, resulting in excessive temperature rise, plate thinning, increased susceptibility to deformation, an unstable electromagnetic shielding effect, and frequent delivery delays.

Our solution:

– Optimized the layout of the heat dissipation holes, matching the top fan round holes with the air duct, resulting in a 20% improvement in cooling capacity;
– Utilized cold-rolled steel for stamping and bending to optimize the grounding structure, enhancing electromagnetic shielding and anti-static effects;
– Stamping + bending + laser cutting for precise hole positioning + welding assembly + natural rust-resistant coating, completing the process from sample production to the first delivery within 3.5 weeks.

Value created for customers:

🔹Heat dissipation performance improved by approximately 20%, passed high-temperature full-load test
🔹Electromagnetic compatibility test passed in one go, no need to add additional shielding materials
🔹Free design optimization + free sample verification, avoiding the risk of batch rework. Delivery period is controllable, ensuring the customer’s complete product can be launched on time.