The 20 Tonne Bucket Crusher represents advanced engineering in mobile crushing technology, designed to transform standard excavators into efficient processing units. With a substantial 0.75 m3 bucket capacity and precise jaw adjustment range from 20mm to 120mm, this 3.5-tonne attachment delivers exceptional crushing performance for various materials. Manufactured to withstand rigorous operational demands, it processes rock, concrete, and demolition debris directly on-site, eliminating the need for secondary crushing equipment. The robust construction ensures reliable operation while the intuitive design allows for seamless integration with compatible excavators, making it an essential tool for modern material processing requirements.

This bucket crusher serves multiple industries with diverse material processing needs. Mining operations utilize it to reduce extracted rock and ore to manageable sizes directly at extraction sites, streamlining transportation and further processing. Cons...

The 20 Tonne Bucket Crusher represents advanced engineering in mobile crushing technology, designed to transform standard excavators into efficient processing units. With a substantial 0.75 m3 bucket capacity and precise jaw adjustment range from 20mm to 120mm, this 3.5-tonne attachment delivers exceptional crushing performance for various materials. Manufactured to withstand rigorous operational demands, it processes rock, concrete, and demolition debris directly on-site, eliminating the need for secondary crushing equipment. The robust construction ensures reliable operation while the intuitive design allows for seamless integration with compatible excavators, making it an essential tool for modern material processing requirements.

This bucket crusher serves multiple industries with diverse material processing needs. Mining operations utilize it to reduce extracted rock and ore to manageable sizes directly at extraction sites, streamlining transportation and further processing. Construction companies deploy it for crushing concrete and asphalt from demolition projects, creating reusable aggregate for new structures. Quarry operations benefit from its ability to process large stones on-site, while demolition contractors rely on it for efficient rubble management. Recycling facilities use it to process construction waste, and infrastructure developers employ it for road construction projects where immediate material processing enhances project efficiency and cost-effectiveness.

Investing in this 20-tonne bucket crusher delivers substantial business value through enhanced operational efficiency and significant cost reduction. The reliable construction ensures minimal downtime and extended service life, providing excellent return on investment. By processing materials directly on-site, businesses dramatically reduce transportation expenses, lower environmental impact through reduced vehicle emissions, and increase overall project productivity. The precision engineering guarantees consistent performance in demanding conditions, while the compatibility with standard excavators eliminates the need for specialized equipment. This crusher represents a smart investment for businesses seeking to optimize their material processing operations while maintaining high standards of reliability and performance.

Key Features:
- Compatible with 20-tonne and larger excavators for stable, efficient operation
- 0.75 cubic meter bucket capacity for substantial material processing per cycle
- Adjustable jaw settings from 20mm to 120mm for precise output size control
- Robust 3.5-tonne construction designed for durability and long service life
- 900mm length by 450mm height bucket opening for optimal material intake

Benefits:
- Eliminates need for separate crushing equipment, reducing capital investment
- Processes materials on-site, significantly cutting transportation costs
- Enables immediate reuse of crushed materials for new construction projects
- Reduces project timelines through efficient on-site material processing
- Lowers environmental impact by minimizing material transportation requirements