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Widely used in large-scale mines such as open-pit coal mines, iron ore mines, copper mines, and phosphate mines.
Designed for high-impact and complex load conditions, Xinda cutter boxes feature high-strength structural design and controlled manufacturing quality, ensuring stable load-bearing performance and structural safety during rock cutting operations.
Manufactured with a one-piece forged structure as the core process, Xinda Disc Cutters & Components deliver superior strength consistency, fatigue resistance, and long-term operational stability, making them well suited for complex geology and high-load tunneling applications.
Designed for high fatigue and long-term cyclic loading conditions, Xinda cutter sleeves use reinforced structures and strict dimensional control to ensure accurate positioning and reliable service of cutter assemblies during operation.
As the key connection between the cutter and the cutterhead, Xinda Cutter Holders are manufactured with high-strength materials and precision machining, ensuring accurate cutter installation, efficient load transfer, and overall system stability.
Designed for medium-hard to extremely hard rock conditions, Xinda Disc Cutters feature a high-strength forged body and a stable bearing system, ensuring durable and controllable rock-breaking performance under high-load operating environments, suitable for complex ground conditions.
High-performance cutting tools and critical components suitable for shield tunneling and TBM construction. Based on materials science and an in-depth understanding of operational conditions, we offer stable cutting performance and reliable sealing solutions that cover a wide range of geological conditions.
Widely used in coal mine roadways, highway/railway tunnels, hydraulic engineering, and municipal pipeline construction.
High-performance cutting tools designed for demanding rock trenching and pipeline excavation in abrasive and complex formations.
Shenzhen Metro Project
UCS ≈ 137 MPa, extremely hard rock
Tool life extended by 3×+, tunneling efficiency significantly improved
Guangxi Tunnel Project
UCS ≈ 120 MPa, steel-like hard rock
Tool consumption reduced by over 80%, project progress back on track
Chongqing Water Diversion Tunnel
UCS ≈ 100 MPa, massive hard rock with no visible joints
