The Core Cutting Machine, is an essential piece of equipment in geology laboratories and mining industries, specifically designed for precise and smooth cutting of rock core samples. Equipped with segmented and continuous diamond blades, this machine ensures clean cuts on dense and hard rock samples without causing fractures or structural damage. With high-speed operation and exceptional precision, it is an ideal choice for geological studies, geotechnical engineering, and petrophysical analysis.
Designed to meet the diverse needs of the oil, gas, mining, and geotechnical industries, the Core Cutting Machine PPA is available in multiple models, allowing for cutting and trimming core samples of varying lengths. The incorporation of a water-based cooling system extends the blade’s lifespan while reducing dust generation in the work environment. These features, along with the ergonomic design and robust structure, ensure maximum efficiency and safety during operation.
Benefits
Precision Cutting Without Fractures – Diamond blades deliver smooth, uniform cuts without damaging the rock structure.
Powerful and Stable Performance – A 2,500W motor with 3,000 RPM speed ensures the ability to cut through hard core samples.
Efficient Cooling System – The water-based cooling system reduces blade overheating and extends its lifespan.
Durable and Robust Design – A sturdy and reinforced frame enhances the machine’s longevity and operational stability.
Adjustable Core Length – The machine allows for customized cutting based on laboratory and industrial requirements.
Performance of the Core Cutting Machine
The Core Cutting Machine is equipped with a 350mm diamond blade, enabling precise cuts up to 100mm deep. The core samples are securely positioned on precision rails and smoothly fed toward the blade using a mechanized feeding system, ensuring consistent and fracture-free cuts. Additionally, the integrated water-cooling system prevents blade overheating and premature wear, making it a highly efficient tool for continuous operation.
Applications
Geological Laboratories – Cutting and preparing core sections for structural analysis.
Oil & Gas Industry – Processing core samples for reservoir characterization and hydrocarbon analysis.
Geotechnical Engineering – Examining the mechanical and physical properties of different rock formations.
Research Institutes & Universities – Conducting academic and experimental studies on geological samples.
Mining & Mineral Processing – Preparing rock samples for mineral composition analysis.
