Most welding machines in the industry typically achieve a penetration depth of only 3mm. Given that our long arm plate is at least 8mm thick, failing to bevel the edges would prevent the welder from effectively penetrating the entire joint. This could lead to weak welds, increasing the risk of weld cracking over time.

We utilize mechanical beveling, while many other factories depend on manual beveling (as illustrated in the figure).

* Large Floor-Standing Double-Sided Boring and Milling Lathe

Enhanced Accuracy and Consistency: This advanced double-sided boring and milling lathe is engineered to significantly improve precision and uniformity in machining operations, ensuring consistently high-quality results.

Post-Welding Processing: Following the welding process, the machine conducts comprehensive boring, meticulously ensuring the parallelism and perpendicularity of shaft holes for optimal performance.

Primary Applications: The lathe is primarily utilized for post-weld boring of components such as booms, small arms, and buckets, guaranteeing accuracy and proper alignment critical to operational integrity.

Simultaneous Boring on Both Sides: Designed for efficiency, the lathe performs simultaneous boring on both sides, ensuring identical precision and consistency throughout the machining process.

This equipment exemplifies our commitment to delivering high-performance solutions that meet the rigorous demands of modern manufacturing and fabrication.

The Exhibitions We Attened Before:

2024 Bauma Exhibition