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In mould and die manufacturing, saving money is rarely about choosing the lowest-cost process at the start. The real savings come from avoiding rework, rejected parts, extended machining time, poor cooling performance, and delivery delays later. One area that has a major impact on both cost and tool performance is deep-hole drilling—especially for cooling channels, ejector-pin holes, guide holes, hydraulic passages, and other long, accurate bores. Gun drilling and deep-hole d

Timeline: how the process evolved Drilling (Industrial era) Early deep holes were produced on turning lathes or adapted hand-driven rigs. These setups were slow, prone to drill wander, and required frequent manual correction. Leonardo-style and early lathe-like drill rigs laid the groundwork for mechanized deep drilling. Lathe-based drilling machines (late 19th — early 20th c.) In the early industrial period, deep holes were often produced using conventional lathes adapted fo

Critical Alignment in Joints Robot arm joints and wrist modules often require precision bores for bearings, shafts, or pin guides. Gun-drilled bores maintain exceptional straightness and positional accuracy — critical for smooth motion and low backlash. Lightweight Yet Strong Frames Many robot structural parts are machined from high-strength metals or alloys. Gun-drilled bores reduce weight without sacrificing rigidity, enabling lighter robot arms with higher payload capacit

In the world of *precision machining, where accuracy and reliability define success, *Riseom Tool Crafts Pvt. Ltd. stands tall as...

When it comes to precision and speed in Deep Hole Drilling (Gundrilling) , Riseom Tool Crafts Pvt Ltd has established itself as India’s...

MR. OM KUMAR BURMAN - Director Shaping the Future of Precision Manufacturing in India Om Kumar Burman, the visionary Director of Riseom...