Assembly magazine
Home
Online
Industry Headlines
AssemblyBlog
ASSEMBLYtv
Buyers Guide
Showrooms
Product Review
How To Guides
Webinar
Ask ASSEMBLY
Calendar of Events
eNewsletter
Current Issue
Cover Story
Features
Departments
Digital Edition
Resources
Podcasts
Archives
Job Search
White Papers
Industry Links
Contract Assembly Services
Website Review
E-Cards
Market Research
List Rental
Classified Ads
ASSEMBLY Info
Advertise
Subscribe
About Assembly
Staff Directory
Editorial Calendar
Reprints
2008 Plant of the Year Nomination Form
Search in: EditorialProductsCompanies
Email this Article Print View
AIA: Lockheed Martin Streamlines Process Documentation

June 1, 2006



Lockheed Martin Aeronautics Co., a division of Lockheed Martin Corp. (Bethesda, MD) manufacturers some of the most advanced military aircraft in the world, and is lead contractor for the F-35 Joint Strike Fighter (JSF) program-the single largest defense contract in history.

To help land the JSF contract, Lockheed Martin decided it needed to streamline its existing mainframe and paper-based process control systems. The result was the Electronic Work Instructions (EWI) project, a comprehensive effort to cut costs and increase manufacturing efficiency throughout the company.

The EWI project consists of two components, both supplied by the manufacturing software company Visiprise (Atlanta): Computer-Aided Process Planning, and Visiprise Shop Floor Manager. Specific goals for the EWI project included improved data integrity; reduced cost of data generation; increased access and use; enhanced user-friendliness on the shop floor; and reduced system support costs.

"We recognized an opportunity to update our infrastructure in a way that would increase productivity, and reduce both cost and waste," says Brad Leech, EWI senior manager at Lockheed Martin Aeronautics. "With the EWI project we were able to streamline our processes as well as better organize our various business units into a comprehensive system."

The EWI project-which is ongoing-is no small undertaking. When fully deployed later this year, the system will provide access across the country to more than 6,000 users working on multiple aircraft programs. Already, Lockheed Martin has realized a number of improvements, including the implementation of standardized, digital work instructions, which reduce the number of paper printouts used during aircraft production; an increase in quality, thanks to the creation of annotated digital photo graphics of actual manufacturing process steps by product; and a reduction in assembly times, and the amount of scrap and rework generated.

The new system has been especially effective at improving the way engineering changes are incorporated into the manufacturing process. Previously, each change required a series of cumbersome steps, ensuring that the change was successfully logged throughout the system. Today, each change results in a near real-time adjustment to work instructions on the factory floor. Specifically, a manufacturing engineer can now provide notification of changes online, making them available to assembly workers as soon as the changes are entered into the system.

To get an idea of how data and information was previously being tracked via paper records and orders, consider that more than 2,000 separate orders are needed for the completion of a single F-16 aircraft. Each order has multiple pages of work instructions, blueprints, visual aides or graphics, as well as process specifications and standards. With the incorporation of EWI, Lockheed Martin has eliminated these paper printouts-a significant costs savings.

For more on manufacturing process software, call 800-953-5606, visit www.visiprise.com or eInquiry 1.


Links


Did you enjoy this article? Click here to subscribe to the magazine.

Most Emailed Articles

  1. ASSEMBLY Planbook: Lean Automation Is Not an Impossible Dream
  2. Little Lessons from the Big Boys
  3. The Sky is Falling—Not!
  4. Sci-Fi on the Way to Reality?
  5. Ensuring Effective Robotic Dispensing
  6. Select the Right Test Method to Leak Test Your Products
  7. Assembly in Action: Supplier Key to Machine Builder’s Success
  8. Leak Testing: Appliances Pose Unique Challenges
  9. Plastic Rules
  10. Soldering the Unsolderable

Top Searches

  1. Lean Workstation
  2. leak testing
  3. torque
  4. lean
  5. wave solder
  6. Plants
  7. model t
  8. fuel cell
  9. robots
  10. ritter

Most Popular Articles

  1. Mind the Gap 2/20/08
  2. Leading Lean: Build on Your Success 12/17/07
  3. Assembly in Action: Supplier Key to Machine Builderís Success 5/25/07
  4. Ball Grid Array Soldering 1/25/08
  5. Putting the Squeeze on Rivets 12/17/07
  6. Nanotechnology Transforms Lithium-ion Batteries 2/4/08
  7. Successful Design For Assembly 2/26/07
  8. Leading Lean: Make Everything Visual 6/25/07
  9. Leading Lean: Your Lean Library 11/27/07
  10. Select a Workstation for Lean Manufacturing 7/16/07
© 2008 BNP Media. All rights reserved. | Privacy Policy