MD series multi-cylinder hydraulic cone crusher is used in the second and third stages of mineral processing and stone crushing, as well as the superfine material crushing of some rocks and ores. MD series cone crusher is a reliable rock crusher suitable for all demanding aggregate, mine and tunnel applications.
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Feed size 0-420mm
apply：Granite, diabase, basalt, river pebble, limestone, dolomite, metallic ore and non-metallic ore, etc
MD series cone crusher is characterized by the perfect integration of crushing speed, stroke, crushing force and crushing cavity design. Increased eccentricity, power and lasting crushing force, while improving the design and weight of the crusher frame to withstand the crushing force and prolong the service life.
Advanced crushing cavity design and continuous improvement of internal material crushing movement make the product size better and make the crushing ratio and productivity higher.
MD series cone crusher perfectly integrates optimized speed, large stroke, crushing cavity design and large crushing strength, and can produce finer products in a limited crushing section, so it can reduce your investment cost and save energy. The effective crushing of the MD series enables every inch of the feed opening to achieve the best power utility.
MD series cone crusher is safe to operate and easy to maintain. All main components can be quickly and easily loaded and unloaded from the top. Two-way hydraulic cylinders and no backing materials can significantly reduce maintenance downtime and minimize the impact on the environment.
MD series cone crusher achieves high production and reduces maintenance downtime. The hydraulic control system and discharge opening are convenient and quick to adjust, and provide more reliable overload protection.
Advanced automatic control system is easy to operate, which makes the machine run more stable.
Feed opening size(mm)
Open side setting size (mm)
Open circuit output(t/h)
Remarks: The output in the table is based on the approximate throughput measured by the loose density of the material at 1600KG/m3. The actual result will be different due to the difference in feed, particle size, rock type and material moisture content.