History

Onamac Industries commenced business in 1974.

In 2016 Onamac expanded into a new 60,000 square foot, state-of-the-art, climate-controlled facility located 1 mile north of Boeing's Paine Field. Onamac employs over 125 Manufacturing and Quality Engineers, Machinists, Assemblers, and Administrative Support.

Mission statement

Onamac is a world-class manufacturer of multi-axis milled, turned, and assembled aerospace components.

Our vision

Onamac's vision is to continually strive to be an employer of choice in our community and a supplier of choice in our industry.

Award-winning Supplier

Over the past 20 years, Onamac has won numerous customer awards. Notable among these awards is the 2003 Boeing Enterprise Supplier of the Year Award granted to only 13 businesses worldwide that year as well as Performance Excellence awards in 2010, 2011, 2012, and 2013. Onamac was awarded Boeing Supplier of the Year in 2014 and KHI Supplier of the Year in 2017. Management has developed strong relationships with their customers purchasing organization, founded on the quality and timeliness of the Company's output.

The perennial recognition demonstrates Onamac's commitment to going beyond the technical requirements to solve unforeseen issues, respond to last minute requests, and make suggestions to improve quality and decrease costs.

Capabilities

Onamac has over 40 production machines to produce tight tolerance milled and turn parts for the Aerospace industry. Onamac has recently expanded its capabilities to machining Titanium castings to support the jet engine aerospace market.

Our services include:

- CAD/CAM Engineering and Drafting
- CNC Simultaneous turning and milling 7 Axis
- CNC Milling 3-4-5 Axis
- CNC Lathe Operations
- Conventional Machining
- OD Grinding
- Hardware Insertion
- Mechanical Finishing & Assembly

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Quality inspection capabilities

- AS9100 Rev D 2016 Certified
- ISO 9001 2015 Certified
- Climate Controlled Quality Laboratory
- Calibration system traceable to NIST
- Coordinate Measuring Machine
- 30" X 24" X 18" Capacity
- Part Tracing and Surfacing
- CAD Interface with IGES Translation
- Air Gage system with Resolution to .00005"
- Optical Comparator with Surface Reflection
- Surface Finish Analyzing Equipment
- Comprehensive Specification Library Including
- Military, MS, AN, ASME, and ASTM Standards

- Airbus Certified, 01 Joining Tech.

Materials expertise

1974
Company founded in Camano Island, WA
1988
Onamac becomes Boeing-approved source
1994
Awarded with first Spares Commodity Contract from Boeing for 400 bushings
1996
Moved to new facility near Paine Field, Everett, WA
1999
Boeing Commercial Supplier of the Year Award
2000
Boeing's President's Award for Excellence
2003
Boeing Enterprise Supplier of the Year
2007
Began 787 and P8A Poseidon production work for Tier 1 production companies
2008
First Boeing POP LTA signed, Extension of Boeing Spares LTA finalization, major award of Boeing Spares Large Milled Parts
2010
Boeing 787 Ground Support Contract
2010 - 2012
Boeing Performance Excellence Award
2013
Boeing Performance Excellence Award
2014
Boeing Supplier of the Year
2016
Moved to new facility near Boeing, Merrill Creek
2017
Kawasaki Heavy Industries Supplier of the Year
2018
CPP Acquisition of Onamac

Onamac has experience machining a wide variety of metals with aerospace applications. Depending on the design and end purpose of the required part, there are several alloys and machining methods that can be used to arrive at the required confluence of strength, flexibility, weight, durability, and economics. The influence of these factors changes for each part of the aircraft.

Metals Machined	Characteristics	Example Aerospace Application
Aluminum	Soft metal, light & durable	Wing leading edge, landing gear components & support fittings, and floorbeams
Aluminum-Nickel-Bronze	Soft metal, highly resistant to corrosion	Bearings, landing gear components
Inconel	Hard metal, used in high-temperature applications	Engine parts
Stainless Steel (13-8, 15-5) & Steel Alloys (300M, 4330, 4340)	Hard metal, highly resistant to corrosion	Structural components
Titanium	Hard metal, extremely high strength-to-weight ratio	Engine & frame components