A food manufacturing company came to us with a challenge:
・ One machine to feed multiple types of food products (mainly noodles)
・ Ability to feed two different products at the same time
・ Adjustable material throughput

Our solution? This custom-built feeder:
・ Adjustable center gate – Locked in place with three bolts for easy cleaning & quick adjustments
・ Hygienic stainless steel body – Simple spray-down for fast changeovers
・ Powered by two KEE-3-6 Uras Vibrators – 0.2kW, 6-pole, 220V, 60Hz for low-maintenance reliability

After shipment, the customer told us they were extremely pleased with the results!

Our client needed variable levels of carbon feeding, with access to two different inputs. The main input was used for direct feeding from large flexible containers, while the smaller port was used for manual input. The client occasionally needed to feed in separate raw materials by hand from the floor.
Each input came with its own adjustable gate to limit material flow from anywhere between 30mm to 150mm from the bottom of the surface lining. This allowed them to control the amount of carbon that went on to the next process, to stabilize the material layer thickness and prevent clogging.
Along with this, we installed clear polycarbonate windows near the discharge chute that that allowed them to monitor their product output.
Overall our client was happy with the two gate, two input additions, a simple setup which allowed for a lot of customization on their end.
And of course the stars of the show, two 4-pole KEE-9-4C Uras Motors that added reliability and low-maintenance to the mix.

This monster of a screen was requested by a company who needed a lot of semi-fine separating for metals used in the manufacturing of rechargeable batteries. The majority of the material started out at 30mm or larger. They required it to be screened with 23mm aperture (flat top screen), 13mm (flat top screen), and 2.5mm (normal weave incl. tapping balls).

Also, we installed inspection ports for every possible stage of the process, so they could be sure everything was running smoothly.

With a trough size of 450mm by 1800mm and 5 tons per hour throughput, our client was extremely satisfied.

The whole operation is powered by two KEE-24-6C 6-pole Uras Vibrators.

Uras Motors are designed to withstand tough conditions, keeping both effectiveness and bearing life high, but extreme temperatures—whether too hot or too cold—can have a significant impact on their service life and reliability.

High Temperatures (Above 40°C/104°F)
• Can shorten the lifespan of bearings and motor windings.
• At 60°C, bearing life is reduced to nearly one-fourth of its normal expectancy.
• Insulation helps, but proactive cooling solutions may be necessary.

Low Temperatures (Below -15°C/5°F)
• Can cause startup failure if proper precautions aren’t taken.
• Vibrators in storage should be covered and inspected every five months.
• Before startup, the motor should be warmed to -10°C/14°F, with cables inspected and the shaft rotated.
If your application requires operation beyond these temperature limits, it’s essential to take preventative measures to avoid premature wear and lower B10 life.

Need a solution for extreme temperatures?
At Uras Techno, we can help you find a vibration motor solution tailored to your conditions. Reach out to discuss your application!