Frequently Asked Questions
How long have you been in business?
N&P Precision Machine was founded in 1997 by Walter Prodan and Danny Nguyen and has been in continuous operation ever since.
Where is N&P Precision Machine located?
We are located at 21426 Osborne Street, West Hills, California, in the northwest San Fernando Valley, approximately 25 miles northwest of downtown Los Angeles.
Can N&P Precision Machine perform close-tolerance and complex, multi-axis machining?
Absolutely. We have extensive experience with close-tolerance and complex configurations, and we can hold lathe tolerances to ±.00015 and milling tolerances to .001 tru-position.
Do you machine castings and forgings, as well as solid stock?
Yes. We specialize in difficult-to-machine castings and forgings. At N&P Precision Machine we design and build all of our own workholding fixtures, working in close collaboration with our in-house CAD/CAM programming department. This teamwork approach maximizes production efficiency, minimizes the chance for costly machining errors, and allows us to deliver top quality components on time.
Does N&P Precision Machine have CAD/CAM Capabilities?
Yes. We offer full CAD/CAM services with the ability to translate all standard digital files and datasets.
Can you support Long-Term Purchasing Agreements and Just-In-Time delivery requirements?
Absolutely. N&P Precision Machine is experienced with JIT shipments in conjunction with our inventory services for long-term agreements. Contact us to learn more about our contract and delivery options.
Can N&P Precision Machine offer manufacturing advice during the design phase of a project?
Yes. We frequently work with customers during the design phase of a new project, and we are able to offer a wealth of manufacturing expertise in order to “design in” the manufacturability of components and assemblies.
Do you guarantee your products and services?
Yes. All N&P Precision Machine products are guaranteed to be in strict compliance with all applicable drawing specifications and contract requirements.