Our Approach to Successful Tooling

Excellent tooling comes from excellent people.   At ADC, we have the best senior tool designers and manufacturing engineers in the field.   Their experience working together has provided many outstanding tooling solutions for some of the most important and challenging tooling projects in past 16 years.

Tooling Categories Gallery

  • Production Assembly LInes

  • LIfting and Installation Tools

  • Assembly and Transportation Fixtures

    F-35 Center Fuselage Assembly and Transportation Fixuture

  • Workstations and lifts

  • Aircraft Laser Alignment Fixtures

  • Drill, Mill and Holding Tools

  • Bond Jigs and Forming Tools

     

  • Handling tools and slings

  • Master tools

  • Mass simulators

  • Special tooling

  • Maintenance, Repair Tool Refurbishment

  • Assembly JIgs

  • Cradles and Check Fixtures

  • Transport dollies and containers

Tool Design Resources

>  Senior Engineering staff

>  Best designers in industry

>  NC programmers

>  Licensed stress analysts

>  Modelers and checkers

 

Systems Supported

>  CATIA V5

>  Siemens NX>  Pro-Engineer>  AutoCAD>  Mechanical Desktop

Manufacturing Tool Development

Tool design is a pragmatic art learned by experiences manufacturing engineers over many years of application experience. The goals of the tool designer are somewhat different than those of say an engineer that designs flight hardware. The flight hardware engineer is concerned with achieving the minimum weight of the product, flight performance, field service, and the cost of producing each unit.

 

The experienced tool designer on the other hand is concerned with developing a stout and robust fixture, with easy access for the workers using it, worker safety, convenient work conditions, and the high tolerances that the fixture can control. The ultimate test of a good tool is determined by the cost and quality of assemblies or parts it produces.

 

 

 

Maintenance Tooling

Maintenance tools defer from manufacturing tools. Manufacturing tools receive newly made pristine components with the high degree of tolerance and repeatability when they enter the assembly fixture. The designer of manufacturing tools can depend on these factors when designing the fixture that will assemble the components together.

 

The maintenance tool designer can not depend on the quality of the incoming components to the repair fixture. The product to be repaired is many times already assembled, but in a damaged (distorted) condition and consideration must be made by the designer just to get the product to be repaired into the fixture. There are many proven methods for overcoming these conditions. The best way for the maintenance and repair tool designer to accomplish his tasks is to be familiar with the method have worked in the past, as well as his own creative talents, experience and imagination.