Crawler belt blasting machine
Crawler belt blasting machine
Possible uses of AGTOS caterpillar belt blasting systems (type MR)
The robust crawler belt principle has been established for decades as an effective blasting process for final sanding, descaling, derusting and deburring of heavy or sharp-edged mass-produced parts. These machines are commonly found in foundries and forges. The caterpillar belt straps are screwed onto chain links and connected with appropriate connecting elements. The workpieces to be blasted are exposed to the centrifugal jet by the running crawler belt during the entire blasting time and are thus continuously processed.
The machine can be filled and emptied in different ways: In automatic mode, the parts are loaded with feeders and unloaded by dumping them onto a discharge chute.
product range
The AGTOS product range
Our standard program for crawler belt blasting systems (MR) includes various filling volumes.
The choice of machine depends on the volume and weight of the batch to be blasted. Furthermore, the workpiece parameters to be blasted such as geometry, material and temperature of the workpieces must be taken into account.
Please direct your detailed inquiry to us.
Our experienced team will be happy to help you.
operational process
The operating procedure for caterpillar belt blasting systems
With the loading device, the workpieces are filled directly into the blasting machine in containers, on pallets or in the so-called bucket loader. The workpieces slide through the open loading door onto the crawler belt, which is already rotating forward.
The feeder then returns to the starting position. After the door is automatically closed and secured against opening, the blasting process begins. After the blasting time has elapsed, the door opens automatically and the finished blasted batch is emptied in cycles via a discharge chute or directly into the customer's containers.
The abrasive is kept in circulation and cleaned for continuous use. The cleaned blasting agent is transported from the blasting agent bunker to the high-performance turbine via the blasting agent dosing device.
A fan generates the required negative pressure for dust-free operation of the blasting system. The extracted air is cleaned with a filter system.
