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Track self-propelled, remote 360° rotation, lift and lateral movement. One machine cuts stone, concrete, and steel – vibration‑free, safer, and more efficient.

The diamond wire saw delivers 6-8 mm kerf width and 22-28 m/s wire speed, cutting everything from granite to reinforced concrete efficiently – improving yield by 8-12% and productivity by over 30%, while offering flexibility, safety and low waste.

Fully automatic laser welder: 30% higher efficiency, 24/7 operation, fits 90–1200mm diamond blades & multiple segment types – high precision, minimal thermal damage.

Arix ordered diamond blades cut 30% faster, last 100% longer, and use 10% less diamond than normal random blades.

This diamond drill bit laser welding machine significantly improves welding efficiency, eliminates solder consumption, and reduces rejection rates, helping manufacturers effectively control the production cost of diamond drill bits.

Arix diamond drill bits utilize an innovative Auto Array™ particle arrangement technology, significantly outperforming traditional randomly distributed products in drilling speed and tool life, making them a reliable choice for tackling hard materials such as reinforced concrete, granite, and ceramic tiles.

In diamond tool manufacturing, the quality of the segment (diamond segment) directly determines the cutting efficiency and service life of saw blades and drill bits. In traditional production, workers must manually weigh powder, layer powder, randomly distribute diamond grits, then press and demould… The process is tedious and prone to uneven layer thickness, powder mixing, and random diamond distribution. Now, the Arix Diamond Multi-station Rotary Disc Cold Press Machine introduces a new automated solution – it shows the industry, through a clear process flow, how high-quality segments can be produced.

In the fields of construction engineering, bridge demolition, road repair, and precast component manufacturing, reinforced concrete—combining the high compressive strength of concrete with the high tensile strength of steel—represents one of the most difficult composite materials to cut. Traditional cutting tools often suffer from edge chipping, excessive wear, overheating failure, and other issues when faced with steel bars and coarse aggregates, severely limiting work efficiency. The introduction of diamond segments offers a fundamental technical solution to these challenges.

This equipment adopts an open design and is equipped with an automatic transmission system, upgrading diamond core drill bit welding from semi-automatic operations to a fully automated production process. With high-frequency induction heating technology, a precision control system, and an innovative segment transmission mechanism, it demonstrates significant advantages in processing efficiency, welding accuracy, operational convenience, and overall energy efficiency. It is suitable for construction engineering, diamond tool and cutter manufacturing, and related fields.

In the field of drilling tools, the cutting efficiency and service life of diamond core bits are critical factors affecting project progress and cost. In traditional products, diamond particles are randomly distributed in the matrix, resulting in approximately 30%–40% of diamonds not fully participating in cutting, thus limiting resource utilization. Ordered diamond core bits use precise arrangement processes such as dot-matrix dispensing and hot pressing to place diamond particles in the matrix at accurately designed spacings and layers, ensuring that each diamond effectively contributes to the cutting process. Test data show that this technology brings quantifiable performance improvements in drilling efficiency, service life, material utilization, and drilling accuracy.