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Handling thick slurry with fibrous suspended particles demands serious chopping power — the Ocmis TNO 125LK combines a heat-treated rotary blade chopper with a specialised three-blade impeller design to pump even the toughest agricultural waste. Engineered by Italy-based Ocmis, this PTO-driven centrifugal slurry pump features an internal water-cooled multiplier box for extended operation in demanding conditions, making it equally capable for irrigation slurry applications and industrial transport of pulps and molasses.
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The Ocmis TNO 125LK is a professional PTO-driven slurry centrifugal pump manufactured in Italy, engineered specifically for agricultural operations requiring reliable handling of thick slurry and dirty water containing fibrous suspended particles. This robust tractor-mounted pump combines the advanced capabilities of Ocmis' version L and version K pump technologies, designed to provide an ideal balance between immediate performance and long-term durability in demanding agricultural waste management and irrigation applications. The TNO 125LK delivers exceptional pumping performance for sludge lifting operations whilst maintaining the versatility to handle various liquid transfer requirements on modern farming operations.
What distinguishes the TNO 125LK from conventional agricultural pumps is its comprehensive engineering for slurry handling applications. The pump features Ocmis' exclusive multiplier box with internal water circulation cooling system, ensuring extended mechanical component life even during prolonged operation in harsh conditions. The advanced mechanical seal with silicon carbide contact faces is supported by an external tank auxiliary lubrication system, whilst the high-performance helical spur gear multiplier provides reliable power transmission through double-row ball bearings and taper roller bearings. For slurry operations, the version K configuration incorporates a revolutionary rotary blade chopper and counter-chopper system made from heat-treated, ground steel, working in conjunction with a special three-blade open impeller design to efficiently pump thick slurry with fibrous materials, whilst the version L configuration offers a closed high-flow-rate impeller suitable for dirty water with lower suspended solids content.
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Reference: Washington State University