ROIBOT: The Low Cost Automation Robot awards Competition
Tell us about your application and how our components helped you to reduce your ROI.
Cost down, value up!
Tell us about your application and how our components helped you to reduce your ROI.
Cost down, value up!
Multi-axis gantries are machinery systems that can travel across predefined surfaces or volumes. At igus®, we have gantry applications lifting hundreds of kilos for industrial tasks and others carrying out millimetres of travel for high precision tasks.
At igus® we love to shout about our software as much as our hardware: as the dryve D1® is both, it therefore creates no exception. The top features that we and our customers identify are: easy-to-use, accessible, versatile, low-cost, valuable and of course igus®-made.
The drylin® dryve D1 is the advanced motor controller created by igus® to be used with EC/BLDC, stepper and DC motors. It was designed to solve issues such as long commissioning times and communication troubles within drive systems. With its quick and easy setup via any web browser and its popular CANopen and Modbus TCP protocols, it is an obvious choice for many applications – whether industrial or local.
Have you ever wondered what a Robot would look like in a dress? At igus® we want Robots to have dresses that are easy to maintain and can be removed with ease. Read to find out how…..
Our essence is motion, so if your machine has moving parts igus® can promise a number of things. The product we offer will be: self-lubricating, maintenance-free, cost-effective, predictable, resistant to dirt, dust, chemicals and heat (to name a few), and will improve the lifetime of your machine too.
At the start of 2019, igus® embarked on a new journey with the newly-released drylin® delta robot in order to reach as many customers across as many industries as possible. Each tour involved a demonstration of the delta robot on the premises of each requesting customer.
Automation is arriving in our lives, in both professional and personal capacities. How should we proceed and why?