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K200 Core Cutting Machine
Precision Cutting. Reliable Results.
The K200 Core Cutting Machine is designed for precise, safe and efficient cutting of drill core samples for geological analysis and laboratory preparation. Its robust construction provides consistent cutting performance for demanding mineral exploration operations.
Fully Automatic. Precisely Engineered.
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Suitable for cutting and splitting rock, concrete, and core samples
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Heavy-duty main frame manufactured from 10 mm steel
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Electrostatic powder coating resistant to scratches and corrosion
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Maximum core cutting capacity: Ø90 mm diameter / 100 cm length
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Automatic cutting operation with adjustable forward and return speeds
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Reducer motor system for precise movement control
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Switch-protected forward and reverse travel limits
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Continuous-duty water pump system for blade cooling
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Integrated 72-liter water tank with internal water circulation system
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Stable cutter head design without oscillation
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Portable core preparation bench for flexible operation
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380V industrial electrical connection (3-phase, neutral & ground)
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Protective safety cover against particle dispersion and water splashing
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Safety sensor system preventing operation when the cover is open
Technical Specifications
Pulley — Special Type Aluminum T10 Pulleys
Belt — Special Type T10 Non-Slip Belt
Maximum Feed Speed — 3.75 m/min
Feed Motor Power — 0.25 kW × 2 – 1,000 rpm
Fuel Tank Capacity — 72 L
Cutting Length — 6 m
Flow Rate — 60 L/min
Pump Power — 0.09 kW
Coolant — Cutting Oil, 60 L
Saw — Bosch 350 Universal
Saw Motor Power — 7.5 kW
Saw Speed — 3,000 rpm
Precision Core Cutting
Designed to provide clean and consistent cuts, helping prepare core samples accurately for geological analysis and laboratory testing.
Safe & Controlled Operation
Its controlled cutting system is designed to improve operator safety while providing stable and efficient sample preparation.
Built for Exploration
Heavy-duty construction and practical operation make the K200 a reliable solution for continuous core sample processing at exploration sites and core facilities.