The tool for every application Dimensions, material properties and tip geometry of ClassicLine working tools have a major impact on reliability, wear behaviour, performance and productivity. ClassicLine is made of a special alloy that has been optimized for hydraulic breaker applications. A complex heat treatment process and strict quality control result in maximum durability of all working tools. Working tools of the Atlas Copco ClassicLine are the standard choice for all kinds of applications.

The shape of perfection The secret of the extraordinary ability of XProfile lies in its design: an x-shaped section with x-advantages. It is responsible for the point being self-sharpening because the wear occurs on all four blades of the chisel. At the same time the unique geometry reduces the formation of dust cushions thereby providing better and faster penetration of the material. Another bonus: minimized risk of overheating. The special strengths of XProfile come into their own when high levels of dust are involved e.g. when working with concrete, gypsum, clay, chalk.

Chisel XProfile for Atlas Copco hydraulic breaker SB 552

Advantage through performance SilverLine is the new virtuoso among interchangeable tools for medium and heavy hydraulic breakers from Atlas Copco. Designed for use under toughest conditions, a special combination of materials provides maximum resistance to external forces. A specially hardened jacket provides increased resistance to wear; it comes into its own particularly for abrasive materials and guarantees a significantly
higher service life for this precision component. SilverLine adds value by offering unmatched reliability in
continuous working applications. It offers increased wear resistance and longer service life. SilverLine shows its inherent qualites particularly when used on hard and abrasive types of rock, such like Basalt, Gabbro, Gneiss,Granite, Quarze or Sandstone.

Atlas Copco´s latest generation of heavy breakers requires less hydraulic input from the carrier while maintaining maximum impact performance. This allows smaller carriers to be used which results in lower investment costs for the carrier. As both investment and operating cost decrease, the total cost of ownership can be significantly reduced.