News and Events

Why road‑milling picks fail: The steel body wears long before carbide tip is goneA laser‑printed ceramic wear layer solves asynchronous wear for cold planers & cold recyclers — so carbide tips get fully consumed before picks are discarded.01 The Hidden Cost of Premature Pick Replacement on Road‑Jobs Read More

A 3D laser-printed ceramic wear layer that turns the soft steel tooth body into the hardest part of the pick. The body and the tungsten carbide tip now consume at the same rate — so you stop throwing away half-used carbide. Read More

Maximize extraction efficiency and stop costly downtime. Learn to specify the right mining cutting picks by matching carbide grades to geology. Read More

Cut downtime and cost per ton with carbide-tipped coal mining picks. Discover how round-shank, self-sharpening tools survive abrasive seams. Read More

Stop unpredictable cutting tool failure. Choose the right carbide grade, geometry, and laser cladding to extend pick life and reduce cost per ton. Read More

Learn how to choose the right milling picks for asphalt, concrete, and reclamation to cut downtime, protect holders, and lower cost per milled ton. Read More