Highly resistant to wear and impact.

Maintains structural integrity during long-term operation.

Enables precise separation of fine particle sizes.

Reduces maintenance and replacement frequency.

Lowers overall operating costs.

Generates powerful and stable pulsation motion.

Enhances separation efficiency based on density differences.

Enables stable operation and easier process control.

Provides higher metal recovery rates.

Ensures high strength and wear-resistant construction.

Prevents deformation under heavy-duty operating conditions.

Maintains stability under vibration and mechanical loads.

Provides long service life with low maintenance costs.

Provides the ability to operate over a wide particle size range.

Material can be fed directly after primary crushing.

Reduces the need for additional screening or classification.

Improves process efficiency and prevents capacity loss.