Our Capabilities

Complex CNC Machining

15 Modern Machine Tools

Metallic & Non-Metallic Materials

Full CAD/CAM Capabilities

ISO 9001:2015 & AS9100D Certified

Complete Assembly Capabilities

Fast, Dependable Deliveries

Quality & Service Since 1958

Read More About Watson’s Profiling

Complex Machined Parts and Assemblies

Since our beginnings in 1958, Watson’s Profiling has produced tens of thousands of complex components and assemblies for a wide variety of industries and applications. Our success with complex precision machining is the result of teamwork, and a company-wide dedication to quality and craftsmanship. The process begins with the seamless integration of your digital product definitions (DPD) into our manufacturing operations using our advanced Catia V5 and Master Cam CAD/CAM systems. Using the principles of lean manufacturing, your job moves through our carefully-planned and monitored manufacturing process with state-of-the-art precision machining technology and vigilant in-process and final inspections. No job ships from Watson’s Profiling unless it is inspected and verified to be 100% compliant with your drawing and contract requirements.

In the world of contract manufacturing, successful complex machining is no accident. It requires a team-based effort combined with the wealth of hands-on, precision manufacturing knowledge gained from more than fifty years in the industry. At Watson’s Profiling you’ll find the people, the equipment and the experience you need to deliver your most challenging complex parts and assemblies on-time, every time. Contact Watson’s Profiling for your next complex machining requirement and let us show you what we can do.

Celebrating 60 Years of Quality & Service
 

The Watson’s Profiling Story

In 1958, when Andrew Watson started machining precision components for the burgeoning Southern California aerospace industry, his simple combination of quality workmanship and exceptional customer service was a recipe for success. Since that time, the small shop that started in a shed in Gardena, California, has grown exponentially; yet Andrew would still recognize his fundamental principles at work in the company today.

"A solid reputation for uncompromising quality, extraordinary customer service, and quick, dependable deliveries."

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Andrew Watson, Founder

Now, more than fifty years later, Watson’s Profiling Corporation is a manufacturing powerhouse specializing in small-to-medium sized, precision-machined parts and assemblies using a variety of materials from aluminum and plastics, to stainless steel, titanium, and more. Our 13,000-square-foot modern manufacturing facility in Ontario, California, is certified to ISO 9001:2015 and AS9100D; and approved to BQMS D6-82479 by The Boeing Company. With state-of-the-art, American-made machine tools, the latest CAD/CAM technology, and a talented team of professionals and craftsmen, Watson’s Profiling has the precision machining versatility and know-how you need to compete in today’s global marketplace.

Over the years, Watson’s Profiling has built a solid reputation for uncompromising quality, extraordinary customer service, and quick, dependable deliveries. Our customers have recognized our performance and dedication to excellence with a range of prestigious awards including: Boeing Excellence Awards for 2013, 2014, 2015 & 2016. Our entire team is proud to be included among the top-performing precision manufacturers in the industry today, and we are committed to remaining at the forefront when it comes to quality and value in precision machining and assemblies.

Whether you need prototypes, short- or long-run production, or assistance with research and development projects, Watson’s Profiling has the manufacturing capacity and a dedicated team with the experience and knowledge you need to succeed in the 21st century. Contact us to learn more about the products and services available today at Watson’s Profiling Corporation.

The experience and knowledge you need to succeed.

ISO 9001:2015 and AS9100D Certified


Quality Parts. On Time. Since 1958.