High-Speed, "On-the-Fly" Laser Marking - 10 yrs Maintenance-FreeThe Keyence ML-G9300 CO2 Laser Marker eliminates slow-down or stoppage of production lines for high-definition marking of metals, glass, paper and plastics. The ML-G9300 marks at 600 characters/second with 1µm resolution, 30W output at target surface and ±5% laser power stability. "Marking Builder" software simplifies setup. Download details.
In the News:
Stratasys Dives Into Rapid Manufacturing Stratasys announced at this year's Rapid 2007 show that it has "formally entered" the rapid manufacturing business with new materials and machines capable of turning out production parts. Full Story Industrial Robots Invade Hannover Fair, The Movie What's an industrial trade show without robots? Kuka units were everywhere at the Hannover Fair and DN's Editor-in-Chief brought his camcorder. 3:56 Watch the Video INVOTEC Uses Mechatronics Design for Automation Project Machine vision, laser-cutting and precision control challenged INVOTEC engineers on an automation project for a medical customer. Full Story Parker Develops Smarter Seal A new kind of seal for oil drilling equipment fosters downhole automation with fiber-optic data communications and sensing capabilities. Full Story Podcast: Robotic Leg Takes A Natural Swing Robotics researcher Shane Migliore talks about his work on a robotic leg that has a human-like gait as opposed to the trajectory-and-position controlled legs found on most biped robots today.
Sponsored Technology Content iKnow Photoelectrics Online TutorialIn partnership with Banner Engineering Find all the detailed technical data, Applications, Products, and Theory you need to solve your toughest sensing challenges including general sensing theory and selecting the appropriate sensor for your application with iKnow Photoelectrics. Read More
Servo from Windshield-Wiper Motor? I want to build a servo on the basis of a windshield-wiper motor from a car. The idea is that it should be operated by a regular RC from a car or boat. Is this possible and can it be rather cheap? Post a reply
Have a design problem? Design News and its hundreds of thousands of engineer correspondents can help. Post your question on the new E2E Forums! In order to participate, please create a forum screen name.
Getting Started with Motion Control – Free Resource KitDownload the Getting Started with MotionControl resource kit to learn the fundamentals of motion control and techniques of implementing advanced motion control systems. Click Here.
The Latest Motion Control Resources Available:
Banner Engineering TechnologyWelcome to Banner Engineering's resources on sensing and machine safety. Whatever industry you're in, or whatever product you manufacture, the right sensors to automate your plant, and to improve your overall efficiency, quality and safety are a must. You'll find Banner Engineering to be an amazing resource of products, training and people with expertise. View All Resources From Banner Engineering Technology
Counter Balance CorporationCounter Balance Corporation | Reference GuideCounter Balance Corporation's introductory brochure highlights modular counter balance systems. They have safely lifted lids and decks from 1.0 to 1,500 pounds in industries including industrial-commercial, food, furniture and automotive. Counter Balance works with their customers both in the office and in the field to assist in development and design of a counter balance in an application.
Motion Without Limits(TM)Bishop-Wisecarver | Reference GuideBishop-Wisecarver answered a problem that Axometrics Inc. experienced with their Spectropolarimeter, which tests LCD polarization to maximize the manufacturing process. Learn more about Bishop-Wisercarver's custom solution for this problem and other custom options that Bishop-Wisecarver can provide.
View All Motion Control/Automation Resources
New 0.9 Degree Size 23 Linear ActuatorsHaydon Switch & Instrument, Inc. (Haydon) is proud to announce that their size 23 hybrid linear actuators are now available with a 0.9 degree step angle. This new step angle is designed for higher resolution and allows for a full step linear movement of 0.0000625" (1.6 microns). Click Here.
Honeybee Flight-Ready Robotic Subsystem Design for Mars Mission Stratasys Dives Into Rapid Manufacturing Industrial Robots Invade Hannover Fair, The Movie INVOTEC Uses Mechatronics Design for Automation Project Parker Develops Smarter Seal Podcast: Robotic Leg Takes A Natural Swing Servo from Windshield-Wiper Motor? Resource Center Contact Us
Check out our new Gadget Freak blog! We're looking for your feedback - humor, sarcasm, opinion and rebuttal are strongly encouraged. Read More
Joseph Ogando, Senior EditorDesign News' podcast series on motion control and automation continues this week. In the , Georgia Tech researcher Shane Migliore talks about his efforts to create a robotic leg capable of human like movement. E-mail me with your thoughts.About Me Technologies in Motion Blog Rapid Prototyping BlogStay connected:Motion Control RSS News Feed
STAFF: Editor-in-Chief: John Dodge | Executive Editor: Elizabeth M. Taurasi | Web Editor: Regina Lynch PRIVACY MANAGER: Reed Business Information 2000 Clearwater Drive Oak Brook, IL 60523 | Fax: 630-288-8394 Copyright 2007, Reed Business Information, a division of Reed Elsevier Inc.
Some cars are more reliable than others, but even the vehicles at the bottom of this year’s Consumer Reports reliability survey are vastly better than those of 20 years ago in the key areas of powertrain and hardware, experts said this week.
Many of the materials in this slideshow are resins or elastomers, plus reinforced materials, styrenics, and PLA masterbatches. Applications range from automotive and aerospace to industrial, consumer electronics and wearables, consumer goods, medical and healthcare, as well as sporting goods, and materials for protecting food and beverages.
While many larger companies are still reluctant to rely on wireless networks to transmit important information in industrial settings, there is an increasing acceptance rate of the newer, more robust wireless options that are now available.
Focus on Fundamentals consists of 45-minute on-line classes that cover a host of technologies. You learn without leaving the comfort of your desk. All classes are taught by subject-matter experts and all are archived. So if you can't attend live, attend at your convenience.