Sandvik Upgraded Its Jaw Crusher Product Range

The company introduced five new crusher models featuring enhanced monitoring and automated hydraulic settings.

Updated on Oct. 2, 2026 in Manufacturing

Isometric editorial illustration of a heavy-duty industrial rock crusher with sharp crushing plates, rendered in muted teal, oxblood, and cream.
Sandvik launched a new series of jaw crushers incorporating automated hydraulic settings and real-time monitoring to improve operational safety and productivity. AI Illustration. Upload story photo >

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Sandvik has launched an upgraded line of jaw crushers designed to improve operational safety and industrial productivity. The new range incorporates automated systems to streamline maintenance and reduce the need for manual intervention.

Why it matters

These design changes aim to increase site productivity while minimizing operator exposure to hazardous machinery. By reducing manual maintenance tasks, the company hopes to significantly decrease production delays for operators.

The updated series features five distinct models with motor power ratings ranging from 110 to 200 kilowatts. These units provide nominal throughput capacities reaching up to 1160 metric tonnes per hour.

The players

Sandvik

Sandvik is a global engineering group that produces equipment and tools for the mining and construction industries.

The details

The revamped crushers include a hydraulic wedge setting system and a synchronized retraction arrangement that allows for precise closed-side setting adjustments. An integrated ACS-j monitoring system provides operators with real-time web-based visibility into lubrication levels, bearing temperatures, and hydraulic settings.

Timeline

  1. The product features were highlighted in the October 2026 edition of Australian Mining magazine.

Market Landscape

The transition toward automated, web-integrated machinery highlights a broader industrial effort to modernize legacy mining hardware through digital oversight. This shift allows manufacturers to differentiate themselves by offering reduced downtime in an increasingly competitive global mining equipment sector.

Operators can expect improved equipment uptime due to the simplified, plug-and-play installation and reduced maintenance requirements. The new monitoring interface may also lower operational overhead by providing early warnings regarding bearing temperature and lubrication status.

The takeaway

Integrating automated control systems into heavy machinery represents a significant step forward in minimizing human risk on mining sites. Companies adopting these digital-first designs are better positioned to meet modern safety standards while maintaining high throughput efficiency.

Further reading

For more on industry developments, visit the Manufacturing section.

Source note: This article includes information reported by Australian Mining.

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