Floor Shake Out
- In Shaking Screens, as a result of the shaking movement of the shaker, the sand and the casting part are separated. The shaking action disperses lumps, core fragments, casting burrs and other foreign materials and pours them on to the under-sieve belt. In the process, the sand lumps are effectively reduced in size and fall through the grate openings in the lower sand conveyor, where they are further reduced in size and then sent back to be ground into fine sand.
ADVANTAGES
- It is used on the ground in the foundry area.
- Optimised power flow in the machine body
- Temperature resistance
- Long service life of the machine structure and bearings
- Abrasion-resistant grating area
- Driven by standard three-phase motors
- Each exciter block has its own oil sump
- Thermal stability of the exciter blocks due to the exposed mounting position
- Small lateral space required when removing exciter blocks
- Long bearing life due to good sealing and heat transfer from the blocks to the side walls of the machine.
- In Shaking Screens, as a result of the shaking movement of the shaker, the sand and the casting part are separated. The shaking action disperses lumps, core fragments, casting burrs and other foreign materials and pours them on to the under-sieve belt. In the process, the sand lumps are effectively reduced in size and fall through the grate openings in the lower sand conveyor, where they are further reduced in size and then sent back to be ground into fine sand.
ADVANTAGES
- It is used on the ground in the foundry area.
- Optimised power flow in the machine body
- Temperature resistance
- Long service life of the machine structure and bearings
- Abrasion-resistant grating area
- Driven by standard three-phase motors
- Each exciter block has its own oil sump
- Thermal stability of the exciter blocks due to the exposed mounting position
- Small lateral space required when removing exciter blocks
- Long bearing life due to good sealing and heat transfer from the blocks to the side walls of the machine.

















