Vibration Table

1. Advantages of Three-Dimensional Vibration Table

This table uses multi-directional vibration, often including horizontal, vertical, and rotational movements.

Improved Sand Compaction: The three-dimensional vibrations ensure uniform compaction of the sand, reducing air pockets and improving mold density.

Enhanced Mold Quality: The multi-directional vibrations allow for a more consistent filling of the mold, reducing defects and ensuring smoother surface finishes.

Higher Precision: This vibration method helps achieve more precise and stable molding, which is crucial for creating high-quality castings in Lost Foam processes.

2. Advantages of Suspension Shocking Vibration Table

This type uses a suspended platform where vibrations are transferred through shock absorbers, isolating the vibration source.

Minimal Vibration Interference: The suspension system reduces the transfer of vibrations to the surroundings, focusing them on the mold, which enhances sand compaction without disturbing the casting environment.

Improved Sand Fluidity: The shock absorption helps achieve better sand settling and less sand segregation, ensuring uniform mold filling.

Reduced Vibration Fatigue: The table design minimizes wear and tear on both the equipment and the operator, improving longevity and reducing downtime.

3. Advantages of Embrace-Clamp Type Vibration Table

This type features a clamping mechanism that holds the mold tightly in place while vibrating to consolidate the sand.

Stable Mold Positioning: The embrace-clamp design securely holds the mold during vibration, preventing any movement that might cause defects.

Enhanced Molding Precision: The steady clamping mechanism helps maintain precise shape and mold consistency, crucial for Lost Foam applications that require high accuracy.

Efficient Sand Compaction: This type of vibration table focuses on delivering powerful compaction to ensure tight sand packing around the foam pattern, improving the final casting quality.

Each type of vibration table offers distinct benefits, and choosing the right one depends on the specific needs of the Lost Foam Casting process, such as mold complexity, desired casting quality, and production speed.