A volumetric vibratory feeder installed over a snack food production line is used to evenly spread peanuts across the width of the conveyor. The peanut pieces are loaded into the feeder supply hopper. The electromagnetic driven vibratory feeder will draw the peanuts out of the hopper at a controlled rate and spread them evenly across the width of the pan. Feed rate is easy adjusted by the controller supplied with the drive with a 1000:1 turndown ratio controlled by the RVS amplitude sensor and feedback loop controller built into the vibratory drive.
This animal feed bagging machine and system has everything you need to fill 20 – 100 pound paper or plastic open mouth bags with many different types of feed. Buy just the bagging machine -or- buy the entire system that includes a 37 or 71 cubic foot storage hopper, bagging machine, conveyor and bag sewing machine.
Automatically place, fill, and seal bags of flour products or baking mixes in a sanitary filling operation.
Using automation is a great way to reduce the operational costs of your bagging operation. Not only does it allow operators to accomplish other tasks, it also reduces the chance of repetitive motion injuries.
A multi-channel vibratory feeder evenly adds toppings to edible products that are made in multiple rows. This feeder spreader, also known as a waterfall topping applicator, can accurately dose chocolate chunks, chocolate chips, toffee, almonds, dried fruits, chopped nuts and other toppings to a snack food production line.
Using an electrostatic coating system can greatly reduce starch powder build-up on cheese processing lines while reducing airborne powder. This will significantly reduce the amount of waste powder during the coating process.
We accurately control the amount of powder (starch) discharged onto the shredded cheese. This feeding system is designed to atomize dry spices, starches, cellulose powders, and other anti-caking agents as they are applied to the shredded cheese rotating in the food coating drum. Located at the discharge of the dosing feeder is a negatively charged electrostatic field to create an electrostatic charge in the powder. This negatively charge field is pointing toward the cheese rotating in the drum. The starch is then attracted to the positively charged cheese rotating in the drum.
Removing oversized waste from feed to the wet plant.
The sand (dune sand) deposits being mined for frac sand in the West Texas area commonly has oversize and undesirable objects contained in the feed to the wet plant. These objects can be 1/2” to 3/4” sized caliche or other small aggregate, as well as organic material like roots, leaves, and sticks. The objects are problematic for wash plants and cause contamination issues for the final frac sand products.
