The Large Diameter Core Saw enables precise cutting of large-diameter cylindrical samples, concrete blocks and geological formations. Its adaptable clamping system securely holds different sample shapes and sizes, providing stability throughout the cutting process and making the machine suitable for sample preparation.
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The Dual-Axis Saw range is designed for the preparation of geological samples, including rock pieces and drill cores. Its key innovation lies in the rotative rock holder, which allows the sample to be positioned at 0° or 90°, enabling precise cutting and sample preparation operations. Easy to set up and move, this saw is indispensable in both field settings and laboratory environments for rock preparation. High-precision engineering station designed for those who demand absolute accuracy in material processing. Whether you are working with stone or specialized core samples, the Dual-Axis Saw delivers industrial-grade performance in a streamlined, ergonomic package.
The XL Sample Saw is designed for cutting large-diameter cylindrical samples, geological cores, rock samples and concrete blocks. Its adaptable clamping system accommodates different sample shapes and sizes, making the machine particularly suitable for geological, geotechnical and laboratory sample preparation.
The XL Sample Saw can cut cylindrical samples with diameters from 50 mm up to 220 mm. This large cutting capacity makes it suitable for preparing oversized geological cores and other samples that cannot be processed with conventional laboratory rock saws.
The XL Sample Saw uses an adaptable clamping system designed to securely hold samples of different diameters, shapes and sizes. Proper sample stabilization reduces movement during cutting and helps achieve a more precise and controlled cut, particularly when working with large-diameter cores, rock samples or blocks.
The XL Sample Saw uses a 600 mm diameter segmented diamond blade with a 60 mm arbor hole. The diamond blade is designed for cutting hard geological materials and provides the cutting capacity required for large-diameter samples used in geological, geotechnical and laboratory applications.
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