Hall stand B2-501
Heubach, 12.03.2026
We were there again this time!
Many thanks to our numerous visitors, interested parties and customers for visiting us!
Your MRW team
Our topics:
Heubach, 13.03.2025
Opto-sensor and open source small control take over the feeding and provision of a plastic workpiece.
Correctly positioned feeding, separation and provision of a plastic workpiece.
A plastic workpiece should be made available individually for acceptance by the customer gripper.
Due to their geometry, the parts can hardly be stored and are prone to failure when piled up. Nevertheless, there should always be a small buffer of available parts.
Here too, the customer's requirements, as with the ones mentioned below. Silicone parts: The system must work completely independently. All processes within the feeder must be carried out by the system itself.
A total of 4 self-sufficient, intelligent feeders were built for the customer's rotary indexing table, each for a specific workpiece.
Heubach, 13.03.2025
Opto-sensor and open source small control take over the feeding and provision of a silicone workpiece
Correctly positioned feeding, separation and provision of a silicone workpiece
A silicone workpiece should be provided individually for acceptance by the customer gripper.
In contrast to the above-mentioned application, the parts must be stowed on a linear path.
The customer's requirement was also that the system must work completely independently. All processes within the feeder must be carried out by the system itself.
In order to avoid jumping out at the end of the linear section while the frontmost silicone part is being released, the accumulation section is switched to reduced feed during this process.
Heubach, 27.02.2025
We were there again in 2025!
To everyone who was there with us:
Thank you very much for your numerous visits to our exhibition stand B2-451!
On the right you will find a video clip of our trade fair appearance and our trade fair demonstration system
Heubach, 28.01.2025
Now also certified for “assembly”
We have successfully implemented the new “Assembly” scope in our QM system.
Heubach, 18.09.2024
Classic Robo-Belt 3.5 as a screw feeding system, complemented by new, professional and elegant peripheral assemblies
Feeding screws and screw blanks in different sizes in the correct orientation
Not a big thing, but the customer's requirement was:
Extremely low, ideally unnecessary tooling effort for the different products.
In addition, the feeder must perform all tasks automatically until the workpieces are transferred to the customer's machine.
MRW has supplied the complete solution, from filling the workpieces into a hopper to the transfer to the customer machine in correct orientation. With the current range of parts, no tooling work is even required.
Heubach, 28.05.2025
Image sensor and small controller take over the feeding and provision of cylindrical steel parts
The task was to feed cylindrical steel parts in the correct position and type and then provide 3 workpieces.
An image sensor takes over the control of the component contour and passes on the found status to the PLC via coded output signals. The control ejects any incorrect parts, checks whether the workpieces have arrived at the push-off position and pushes the workpieces into the pick-up nests on the side.
The challenge was the given structural and conceptual framework and a cycle time of less than 8 seconds per triple package.
Heubach, 21.05.2024
MRW Zuführsysteme GmbH & Co. KG can be found at a new address as of 01.06.2024
Dear customer, partner and supplier,
from 01.06.2024 we, MRW Zuführsysteme Gmbh & Co. KG can be found at our new address:
Alte Weberei
Mögglinger Str. 37
D-73540 Heubach
During the relocation there may be delays due to the changeover of our IT system. You can still reach us at the usual email address and telephone number.
Heubach, 07.03.2024
Thank you for the numerous visits and the positive feedback!
Check out the video of our new system at the trade fair here!
Heubach, 30.03.2022
With this Keyence sensor in the ROBO-POT system, MRW achieves a new dimension in sorting performance.
Now more orientations per workpiece possible
With the innovative image sensor from Keyence, multiple orientations can be viewed per workpiece. This means a significant increase in sorting performance when a feature must be reliably detected in multiple workpiece orientations. The Keyence image sensor knows exactly which detail it has to check and which can be ignored.
Practical example: Often the contours of the workpiece are identical, only one hole makes the difference. Instead of previously using only one reference image, the contour and bore are now detected, checked and evaluated simultaneously with "Keyence IV2 Autolearn".
This sensor inspection recognizes defects in timely manner - for example before packaging - and thus avoids complaints due to incorrectly delivered parts.
Heubach, 20.11.2021
ROBO-POT, image processing system and camera slide with central control system
Exact image inspection of rotationally symmetrical parts in the run
By pre-sorting and providing the parts with an adjustable minimum distance of the ROBO-POT, the parts have an optimal starting situation for the image inspection on the slide.
The high-speed image processing system with telecentric illumination and telecentric lens, in combination with the glass inserts, make it possible to detect deviations in the range of 0.01 mm. An intelligent control system sorts out bad parts with plausibility checks and controls the system combination of ROBO-POT, camera system and slide via an operating panel.
Do you require an expert for feeding systems?
Please contact us now:
+49 (0)7173 705494 0 or info@mrw-system.com
![[Translate to English:] MRW Zuführtechnik in Heubach](/fileadmin/images/mrw-zufuehrtechnik-in-heubach.jpg)
Specially developed feeding systems for automation and increased efficiency in industry. With innovative solutions and customized concepts, we support our customers in optimizing production processes and improving product quality. MRW Feeding Systems stands for reliability, precision and forward-looking technologies in the field of feeding technology.