Curved vibrating conveyors can be used to meter, sort, or align bulk material in a processing system. The material exiting the conveyor will be in a single or double line for the next stage in the process.
In the picture shown below, the conveyor lines up 18 inch by 12 inch, 35 pound metal plates into a single file line to convey under a camera for inspection.
This type of vibrating conveyor has a large pan and trough. It is used to convey heavy, abrasive, and very hot materials through bulk processing systems.
Vibrating Conveyor - large pan & trough design
They are also used to convey bulk solids for a wide array of applications including aggregates, minerals, rebar, sand, coal, ash, ore, castings, molds, pharmaceuticals, and food products. Standard sizing options are available, as well as custom-engineered products tailored to fit specific customer requirements.
A robot palletiser can automatically stack bags at rates up to 22 bags per minute. The system is also capable of placing empty pallets, as well as slip sheets on to the pallets. It is ideal for handling multiple packaging lines at the same time and can yield a fast return on investment. It can be designed around your existing bagging plant layout with our bag filling machines.
Watch a Video of this Robot Palletiser Stacking Bags
Robot Palletiser Stacks Valve Bags & Open Mouth Bags
The robot palletiser has real-time bag input and output monitoring with collision detection. It also has an instant and automatic lubrication schedule. It operates quietly and safely, while having the highest cycle rate of any robot worldwide at 1,800 cycles per hour palletising capacity (30 cycles per packages per minute).
This semi-automatic pallet loading system quickly loads and stacks filled valve bags and open mouth bags on standard wooden shipping pallets at speeds up to 18 bags per minute.
This portable bulk bag unloader has an overhead rail, powered trolley and hoist, and a bag lifting frame. It has been designed for a typical 4,000 pound bulk bag with bottom discharge. The unloader can be moved in the process area to allow for unloading of bulk bags at mixing or batching stations. Locking casters prevent the unit from moving while dispensing.
This portable, low profile vibration table vibrates boxes, bulk bags, or other bulk containers requiring densification. It can also be used as a pallet shaker. The table is driven by an electric industrial vibration motor mounted on the side of the table.
This vibration table is designed for vibrating 55 gallon or 30 gallon drums. It is constructed of 316 stainless steel to prevent corrosion and to allow for wash down with water or chemicals. It includes an industrial air-powered vibrating drive and four vibration isolation springs. The vibration table is also available with an electric vibration motor and control system.
A filled drum is placed on the table. Then, compressed air is activated via the included control cabinet to power the pneumatic piston that vibrates and shakes the drum. This settles and mixes the contents inside the drum.
This free standing loss-in-weight hopper with a small feeder meters material from the surge or supply hopper above the feeder. The system is mounted on load cells with a scale controller and PLC controls to operate the system. The system uses an electromagnetic vibrating feeder with flow control to control the rate of discharge from the feeder. The surge or supply hopper can be sized for each application.
It is used for metering additive materials into a mixer or blending system. It is available in stainless steel or carbon steel construction. The control system is designed for independent control or can be integrated with an in-house process control system.
This automatic box and drum filling system with vibrating table can be a standalone station or used as part of an existing filling line.
A surge hopper feeds material into the electric powered vibrating feeder which meters the material into a box or drum located on the electric powered roller vibrating table. The box or drum is vibrated or densified during filling. Load cells with a scale controller and controls operate the vibrating feeder and vibrating table. They are included as part of the system. Additional powered roller conveyors are available.
A wet frac sand tailings stream is processed to recover valuable product before wet sand tailings are sent back to a quarry. Water and silica sand are processed over a urethane screen panel designed to remove any remaining product from the tailings stream.
Silica sand particles are sized and processed for use as frac using a vibrating screen. The sand is fed to the vibrating screen at a rate of 12-15 tons per hour. The dry urethane screen panels size the sand between 40 US mesh and 20 US mesh. The panels are specially designed for an extended life cycle with the abrasive silica sand.
Three vibratory screens are used to scalp oversized silica sand particles in a wet screening application. Sand and water are fed from a water separator onto the screen’s surface. All sand particles larger than 40 mesh are scalped off and removed from the flow.