Industrial Robotics Tech Papers Resource
Industry : Metals
Selecting Positioners For Your Robotic Welding System
POSTED: 12/23/2019
Selecting positioners for your robotic welding system Robotic welding systems increase the level of automation of your process, facilitate a labor solution to increase efficiency and provide quality welds at competitive lead times. Robotic welding systems account for hidden variables in the cost of making a weld, such as the fillet
JENOPTIK Votan BIM laser cutting of metals and plastic
POSTED: 05/14/2019
Abstract To support the trend for higher Automation, Jenoptik created a flexible production line layout to optimize footprint and reduce operator dependence for cutting and welding on press hardened steel automotive body parts. The concept description is for a system to automatically trim and assemble a structural body part made
Choose your cobot vacuum gripper wisely
by Josef Karbassi, Vice President, Automation Division, Piab
POSTED: 11/27/2018
Thinking about investing in a helping hand in the form of a cobot? Plug-and-play cobots offer a perfect transition from manual handling or assembly to more automated operations. But, it is important to choose one with a powerful and safe grip! Collaborative robots or cobots are robots that have been designed
Breakthrough Brake Press Automation
POSTED: 05/08/2018
It’s known that automated brake press systems offer increased productivity for metal fabricators. Most manual brake press cells only operate at 65% utilization, making robotic automation attractive with utilization rates near 80-90%. 12 Reasons to
5 RTOS Performance Compared on EtherCAT Master – IntervalZero’s RTX/RTX64 Stands Out
by Terri Hawker, Vice President Product Management
POSTED: 03/29/2018
The KINGSTAR Soft Motion platform supports multiple industry-leading EtherCAT Masters to guarantee that devices from different manufacturers can work together seamlessly. The centralized controller architecture provided by an EtherCAT Master ensures all of the benefits of EtherCAT technology, like real-time operations, short cycle times, and maximum performance for minimal expense. 5
6 Ways that PC-Based Motion Control Outperforms Hardware
by Dipesh Mukerji, Vice President Marketing & Strategy
POSTED: 03/09/2017
PC-based motion control solutions deliver 6 main advantages: 1. Cost reduction. The cost of installing software is much lower than purchasing traditional hardware required, such as multiple DSP & FPGA boards and wiring cables. This reduces the overall cost of acquisition as well the maintenance cost of the system after it
Designing a Reliable and Efficient Vacuum System
POSTED: 05/31/2016
A vacuum system is made up of more than a pump, and its design is dependent on the application. However, all applications need reliable and efficient designs, so to illustrate how to achieve that, we will focus on two types of applications and systems. Applications for vacuum pumps can be either
Suction Cups Enable the Vacuum to Grip
POSTED: 05/31/2016
Vacuum systems designed to lift, hold and move objects need to be fitted with suction cups. These come in all shapes, forms and sizes, so it can be hard to choose one that fits a certain application. First, you need to know how they work. Suction cups are essential components in
How Embedded Devices and the Cloud Are Leading a Paradigm Shift in Manufacturing and Production
POSTED: 05/17/2016
By: Daron Underwood, CTO Not long ago, embedded devices were not connected in any way to a network especially to a network that was accessible to the cloud. As such, it was decidedly difficult to have software activation and licensing software work at a local level. Microsoft even struggled with Windows
Why an Open “Plug-and-Play” Software Platform is The Answer for Industrial Motion Control
POSTED: 04/28/2016
What is the number one thing that industrial automation engineers want at work? It’s simple: the freedom and flexibility to choose the best tools without reservation. That autonomy, however, is rarely achieved, not just in industrial automation but practically any industry these days. Oh sure, plenty of tooling vendors say they provide
by Tom Graham, Key Accounts Group Manager
POSTED: 02/01/2016
As material selections in automotive manufacturing move further into the high-strength realm, along with the more prevalent usage of difficult-to-weld materials such as aluminum, developing robust processes for joining these materials becomes ever more critical. Adaptation of technologies such as real-time seam tracking, gap bridging, beam oscillation, and integrated clamping
POSTED: 05/07/2015
Walk through any plant that uses linear motion systems, and you can often see maintenance workers, grease gun in hand, applying lubrication to linear guides. And why shouldn’t they? Under-lubricated guides can wear excessively, which leads to performance problems and premature failure. These labor-intensive lubrication practices, however, do not come cheap.
Cycle Times for Trackmotion Robotic Cells
POSTED: 05/04/2015
CYCLE TIMES FOR TRACKMOTION ROBOTIC CELLS Placing a robot on a track greatly expands its reach envelope, potentially allowing it to tend many more machines or to transfer
Tactile Seam Tracking for Laser Welding and Brazing
by Tom Graham, Key Accounts Group Manager
POSTED: 09/01/2014
One of the biggest hurdles in any automated joining system is the ability to find and track the joint in a consistent nature. Joint quality can be poor due to a number of variables including the standard variance in upstream parts supply or simply poor joint design from either a
Robust VFD Solutions to Meet Industry Standards
by LAPP USA, Marketing
POSTED: 07/19/2012
VFDs – also commonly referred to as Adjustable or Variable Speed Drives – improve the efficiency of motor-driven equipment and allow for accurate continuous control over a wide range of operating speeds. The VFD market is continually expanding on an ever increasing scale to help support the highly
