| 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
Feeding or sprinkling belts, rollers or surfaces is a typical conveying task in the processing industry. The main requirements here are maximum precision, a uniform spreading pattern and a variable spread rate. Our AViTEQ vibratory spreaders are designed precisely for these requirements and impress with their spreading accuracy and stepless regulation of the flow rate. In addition, the spreaders are easy to clean and can be supplied in a food-safe, hygienic design if required.
The advantages at a glance:
The design of our vibratory spreaders is based on the individual requirements of your production process. The spreading device can be flexibly adapted to the required spreading flow and spreading width, and the choice of material is also matched to the requirements of the spreading material. The heart of our vibratory spreaders is the drive: up to two magnetic vibrators ensure high spreading accuracy and infinitely variable regulation. To ensure that the vibrations generated during the conveying process are not transmitted to the surroundings, we use a durable suspension with leaf springs. The main components at a glance:
The design of our AViTEQ vibratory spreaders is tailored to your individual application. The spreading material is the most important factor here: the properties, quantity and willingness to convey are taken into account when designing the size, gap dimension and vibration width of the conveyor unit. Of course, we also take into account the space available in your property. Special requirements such as increased hygiene specifications can be taken into account by selecting the appropriate material, for example a stainless steel design is ideal for the food industry. The selection of a suitable spreader is based on these parameters: