Motorizing the feed process increased production, and significantly lowered electricity and labor costs.
|Cutting Cords to Variable Specified Lengths – CT-Effects Application Example
|[ Robot/Electric Actuators ]
[Issues until now]
– Air cylinders were used to feed a cord to a specified length.
– It took time to manually adjust the stopper position each time the product type was changed. (About 5 minutes per changeover = 1 hour/day)
– It was difficult to cut the correct length, causing workers to repeatedly inspect and adjust the cutting.
- [Improved with Motorization]
– Manually adjusting the stopper position was totally eliminated. Adjustments are now done by entering the feed amount on a touch panel. Manual changeovers are a thing of the past.
– Using a value command function in the ROBO Cylinder made it easy to cut lengths of specified varieties. The manual labor for adjustments was significantly reduced.
– Production was increased from 7 hours per day to 8 hours.
– Reducing the number of steps also reduced labor costs.
|Reduced man-hours needed for:
|– changeover time: 60 minutes/day
– cut inspection and adjustment time: 120 minutes/day
| → Total of 3 hours/day
– Labor Time of 3 hours/day (times 250 days/year)
– 3 hours X $10 X 250 days
|If labor costs $10/hour
→ Annual Savings of $7,500
*Exchange Rate: 1(USD)=100(Japanese Yen)
Electricity costs reduced with motorization
（Example) Work load: 3kg, Moving distance: 200m
Cycle time: 3 sec. One-day running time: 8 hours
Annual operation days: 250 days
Unit Price: (Air) $0.24/ｍ3 (Electric) $0.15/KWH
|〈 Annual Electricity Costs 〉Approximately 95% reduced
(Cylinder inner diameter φ25mm)
See more IAI electric actuator application examples
International Robot Exhibition in Tokyo, Japan – December, 2015
Get a video sneak peek of IAI’s new electric actuators.
Introducing the Remote I/O Unit, Which Allows You to Easily Expand the Number of I/O Points on the Controller.
Learn more about the Remote I/O Unit.
Robot Challenge 2015 – Electric Actuator –
Nine Year Old Programs ROBO Cylinder
Douglas Ellerman demonstrates how to program a factory robot actuator.