stegg.com
Company History | www.stegg.com
http://www.stegg.com/brochure/company/history
The company name changed from Stegg Electric Limited to Stegg in 1980. The name Stegg was developed by Mr. Stephanson: ST, Stephanson; E, Edward; GG, his son's first initials. Today Stegg is recognized in Canada and the United States as a leading supplier of precision machined components for the telecommunications, aerospace, automotive, defense, medical and electronics related industries.
stegg.com
Milling | www.stegg.com
http://www.stegg.com/brochure/capabilities/milling
Stegg has manual milling stations. There are skilled operators on staff available to meet required product specifications. Stegg's skilled engineers are able to thoroughly draw, engineer and prototype the product. Stegg's licensed journeymen have the ability to hand craft precision custom parts on site.
stegg.com
Defense Machining | www.stegg.com
http://www.stegg.com/brochure/machining/defense
Stegg is your solution for ultra high precision machined components for munitions and firearms: bolt action, semi-auto and automatic rifles and hand guns. At Stegg we machine everything from proto-types to large production volumes of high precision milled and turned components to your specifications, including:. Projectiles various shapes and calibers. Action and Trigger Assembly components. Rifle Bolts and Bolt Fronts. Breech Blocks and Locking Bolts. Pins extractor, locking, knurled, etc.
stegg.com
Swiss | www.stegg.com
http://www.stegg.com/brochure/capabilities/swiss
When products are wanted that require tight tolerances, a swiss lathe is often used at Stegg. A swiss lathe holds the workpiece with a collet or a guide bushing. The collet holds the workpiece firmly in place. The guide bushing directs workpiece orientation. The collet is behind the guide bushing. The tool is in front of the guide bushing, stationary on an axis. This rigid configuration allows for extreme precision operation.
stegg.com
Electronics Machining | www.stegg.com
http://www.stegg.com/brochure/machining/electronics
The demand for precision machined components within the Electronics Industry is increasingly on the rise. The computer is now a part of our everyday lives: personally, in our jobs and even the vehicles we drive. Also, many companies use machined components that get over-moulded that are required to conduct current while remaining safe on the outside. Pins - All Types.
stegg.com
Stegg ISO/TS 16949:2002 | www.stegg.com
http://www.stegg.com/brochure/company/certifications/ts
In Canada, as well as other countries renown for productive manufacturing, the International Organization for Standardization has published and maintained a well documented, standardized, quality management system for industry. Although the standards originated in automotive manufacturing, they are now successfully employed throughout Stegg. This standard shines the spotlight upon :. This standard includes revisions :. The rigid guidelines produced include :.
stegg.com
Blogs | www.stegg.com
http://www.stegg.com/brochure/blog
Stegg will be presenting BikePro at the 2011 SuperShow. Come see us at the International Center January 7, 8, and 9th. Raising Quality Standard @ Stegg. Stegg is pleased to announce it has been awarded certification to AS9100, the highly coveted quality management standard for the aerospace industry. Bike Pro @ N.A. Int. Motorcycle SuperShow 10. Please visit our booth at the Motorcycle SuperShow, January 15, 16, 17 2010. 10th Place Finish for Team Stegg. Any plans to return to Boston next year Sharon?
stegg.com
Stegg AS 9100 | www.stegg.com
http://www.stegg.com/brochure/company/certifications/as
In North America, as well as other continents renown for efficient manufacturing, the AS 9100 is a well documented standardized quality management system for the aerospace manufacturing industry. The European Association of Aerospace Engineers in cooperation with the society of Automotive Engineers developed the AS9100 standard in '99. The rigid guidelines produced include :. Monitoring every process to ensure it is effective. Examination of output for defects and taking appropriate corrective action.