| Certificates/Standards: | N; |
| Monthly Output: | Not provided |
| Regional: | Not provided |
| Packaging Information: | Not provided |
| Mode Of Payment: | Not provided |
| Delivery Lead Time: | Not provided |
| Main Sales Markets: | North America,Central/South America,Western Europe,Eastern Europe,Australasia,Asia,Middle East,Africa |
| Sample Provided: | No |
| Sample Policy: | Not provided |
| Minimum Quantity: | Not provided |
At a glance
Our vibrating feeder has an extremely wide range of applications for a wide variety of bulk materials and products, which increases your operational versatility. The various drive types reduce unnecessary friction, prevent material jams and facilitate material flow. This makes the AViTEQ vibrating feeder an efficient feeder that can transport bulk material over long distances thanks to possible series connections. Available in standard and stainless steel versions, the vibrating feeders remain corrosion-resistant and operational in any environment.
The design is simple, efficient and low-maintenance. The drive crossbeam ensures that the motor is correctly aligned and firmly attached to the vibrating feeder. This also ensures effective power transmission and productive transportation of the bulk material along the vibrating feeder. The inlet/outlet spouts on covered versions enable controlled conveying without material loss, while elastic support elements dampen vibrations, provide additional stability and reduce vibrations on the machine infrastructure.
Vibrating feeder with drive traverse
With optimally designed drive crosshead
The dimensions of our AViTEQ vibrating feeders can be tailored to the requirements of your conveyed material, regardless of the particle size, abrasiveness, bulk density or moisture content you are working with. The width and length can also be adapted to your individual spatial conditions and the geometric specifications of your conveyor path in order to make ideal use of the available space and guarantee optimum throughput. This ensures efficient material transport without malfunctions, damage to the system or unwanted downtimes.