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The Dual-Axis Saw by Geofactory is designed for precise cutting of geological samples using a diamond blade, ensuring clean and controlled cuts on both rock pieces and drill cores. Its accuracy preserves sample integrity for reliable analysis.
The Slabbing Saw 500 is a robust geological core cutting machine designed for precise and safe slab preparation. It cuts cores up to 165 mm diameter and 1010 mm length, featuring a fully enclosed stainless-steel structure, integrated safety systems, and an efficient recirculating water cooling system.
High-performance diamond blades optimized for precision, durability, and consistent cutting efficiency, with dedicated options for wet cutting and dry applications depending on geological formations.
This manual plugging unit ensures precise and consistent rock sampling. Modular, lightweight, robust, and powerful, it is designed for easy cleaning and is widely used in wellsite operations, laboratory environments, and detailed geological analysis.
Geofactory offers a wide range of diamond drill bits designed for durability, speed, and strength. Our range includes impregnated, segmented, thin wall, and mini plug options. They are suitable for extracting plugs in all rock formations, including sedimentary, igneous, and metamorphic rocks.
Geofactory offers a wide range of drill bit for durability, speed and strength. Segmented or impregnated our diamond drill bit are adapted to take plug in all type of formation.
The Soft Core Splitter precisely cuts soft geological formation drill cores, delivering clean cuts and reliable performance with an intuitive, user-friendly design.
High-quality cutters to ensure the precision and quality of the cutting process for soft geological samples
The swivel ensures smooth, precise rotation of the diamond drill bit, enhancing drilling efficiency and lubrication during the sampling process.
Melting equipment and paraffin wax for rock preservation: Ensuring fluid saturation and preventing selected samples from drying during prolonged storage before laboratory analysis
Melting equipment and paraffin wax for rock preservation: Ensuring fluid saturation and preventing selected samples from drying during prolonged storage before laboratory analysis
Melting equipment and paraffin wax for rock preservation: Ensuring fluid saturation and preventing selected samples from drying during prolonged storage before laboratory analysis
The Removable Core Holder (1 m / 3 ft) is engineered for secure and stable retention of geological cores, accommodating diameters from AQ to PQ. Designed for durability, it enhances productivity and efficiency, ensuring precise handling during core cutting and processing.
The Removable Core Holder, designed for 50 cm length cores, securely retains geological samples of AQ to PQ diameters. Its durable construction enhances productivity and efficiency, ensuring precise handling during core cutting and processing.
Geofactory’s Removable Core Holder System installs quickly, enhancing productivity by focusing on core sample cutting.
The Core Studio records images under white and UV light, ideal for rock laboratories and wellsite use, providing panoramic photos of drill core samples.
The Smart Studio is designed to quickly record samples, capturing one core (up to 1m/3ft) per picture under UV and white lights. It is perfect for both offshore and onshore applications.
The device named Quik Studio 360 is an instrument designed for observing and detecting fluorescence along a core drill sample up to 1 meter in length using UV and white light. It is ideal for laboratories and viewing sessions.
The Pneumatic Core Drill efficiently drills geological samples with a pneumatic engine, ensuring precision and durability in challenging environments (ATEX)
The Portable Trimming Unit, a lapidary rock saw, ensures precise cuts at sample extremities post-plugging. It features safety measures, a recirculating coolant system, and an optional vacuum for dry cutting.
Geofactory has designed a range of core supports to optimize handling and processing in an on-site environment. Perfectly adapted to accommodate all core diameters with foam or epoxy, these tools are extremely robust and removable for easy shipment. When combined with a suitable toolbox and a kit for marking, all these items will ensure a perfect setup for your core handling operation.
Geobag protects your geological samples from external chemical elements through vacuum-sealing or heat-sealing methods, making it ideal for medium to large storage periods
Geofactory offers a wide range of drill bit for durability, speed and strength. Segmented or impregnated our diamond drill bit are adapted to take plug in all type of formation.
The Cuttings Studio records rock images under white and UV light, ideal for laboratories and mud logging units.
Melting equipment and paraffin wax for rock preservation: Ensuring fluid saturation and preventing selected samples from drying during prolonged storage before laboratory analysis
Melting equipment and paraffin wax for rock preservation: Ensuring fluid saturation and preventing selected samples from drying during prolonged storage before laboratory analysis
Geofactory has designed a range of core supports to optimize handling and processing in an on-site environment. Perfectly adapted to accommodate all core diameters with foam or epoxy, these tools are extremely robust and removable for easy shipment. When combined with a suitable toolbox and a kit for marking, all these items will ensure a perfect setup for your core handling operation.
Geofactory’s Dust Extraction System ensures efficient dust collection, maintaining a clean workspace and enhancing the saw’s versatility for wet and dry slabbing.
The Fluid Pipe is a suitable solution for transporting rock samples, such as shale, immersed in mineral oil or other fluids. This technique ensures structural integrity is maintained, protects it from external elements, and enhances the quality of sampling.
The Fluid Pipe is a suitable solution for transporting rock samples, such as shale, immersed in mineral oil or other fluids. This technique ensures structural integrity is maintained, protects it from external elements, and enhances the quality of sampling
