Parker Hannifin - Motion Systems Group System Integration Service
Member Since 2006
A division of Parker Hannifin Corporation’s Automation Group, Electromechanical Automation is a pioneer, developer and manufacturer of full-spectrum computer-based motion controllers, servo/step motor drives, servo motors, HMI, positioning systems, aluminum structural systems, gearheads and gear motors. Electromechanical Automation products are sold via independent authorized Automation Technology Centers - a group of nearly 100 professional, highly trained organizations with more than 135 points-of-presence throughout the world - or directly from Electromechanical Automation by logging onto our website. Parker's support network will provide best in class customer service and assist in selecting one of many standard products and solutions. If our catalog products don't meet the needs, we partner engineer to engineer with you to design optimized solutions which meet the application demands. We provide solutions for many demanding applications. Contact us now to learn more.
System Integration Service filed under:
Engineering Services and Maintenance / SupportEngineering Services and Maintenance / Support
The software takes the challenging task of designing products from T-slot aluminum and makes it as simple as building with snap-together blocks. Available as a free download on the Parker website, the software has been lauded by Parker design centers, professional users, and DIYers for its simple, easy-to-use interface, on-the-fly BOM generation, and instant quote capabilities.
帕克的t形槽铝框架的材料啊f choice for assembling an unlimited variety of bases, frames, linear slide systems, safety guarding, enclosures, worktables, material handling systems, and other structures. The modular T-slot aluminum profile system offers so much flexibility and cost savings in engineering, fabrication, and assembly that it has become the preferred material for a multitude of applications.
Formerly, to design a product with T-slot aluminum, engineers would create the various profiles, connectors, fasteners and accessories within their CAD system. They would then create their design by manipulating each component. Upon completion, they would manually create a bill-of-materials and send to Parker for a quote. If the user did not have CAD access they would often send Parker a “napkin sketch,” for the Parker engineering team to interpret, design and quote. This would often require three to five iterations, taking significant time and effort for the customer and the Parker team.