Hanlong Machinery’s Deeply Enhanced Graphite Core-Drilling Machine — More Compact than Traditional Saws, More Durable than Older Equipment.

Product Positioning

The graphite hole drilling machine developed by Hanlong Machinery is a special-purpose equipment professionally designed for high-efficiency and high-precision hole drilling processing of graphite electrode materials. Compared with traditional large sawing machines, this machine features a fundamentally optimized structural design with a more compact overall size and a smaller footprint, enabling flexible workshop layout.

Through systematic and in-depth upgrades to the transmission system, protection system and fuselage craftsmanship, the machine comprehensively outperforms old-fashioned equipment in long-term durability. It is not a simple replica of traditional models, but an upgraded product developed based on actual user pain points with solid technical improvements.

Compact Size, Uncompromised Performance

Traditional graphite sawing machines are usually bulky and cumbersome, occupying large workshop space and featuring inconvenient handling and installation. While retaining the full processing range, Hanlong graphite hole drilling machine optimizes the fuselage structure, with overall dimensions of approximately 4,200 mm in length, 1,200 mm in width and 1,500 mm in height, delivering a compact and reasonably arranged structure.

Compared with conventional sawing machines, it covers a smaller floor area with a total weight of about 3.2 tons. It requires low foundation construction standards and allows easy installation, making it especially suitable for graphite processing workshops with limited space. Despite its compact body, the workbench measures 2,500 mm long and 1,000 mm wide, providing ample clamping space without any compromise in processing capacity.

More Durable Than Traditional Equipment — Supported by Four Core Upgrades

Durable Transmission System

Most power heads of traditional old models adopt ordinary motor or hydraulic drive, with precision decaying