The CDR-700 is a high-performance geological survey core drilling rig designed for deep exploration projects. Mounted on a robust 6×4 truck chassis, this rig is capable of drilling up to 700 meters with precision and versatility, making it suitable for core sampling, mineral exploration, and geotechnical investigations.
The CDR-100 is a compact and versatile core drilling rig designed specifically for geological surveys and mineral exploration projects, offering reliable performance for sampling and site investigation in diverse terrain. With a space-saving footprint and robust hydraulic system, this rig is the ideal solution for core extraction up to 100 meters, whether mounted on a truck, crawler, skid, or trolley.
The CDR-800 is an advanced geological core drilling rig designed for dependable and efficient performance in mineral exploration, geotechnical investigations, and deep core sampling projects. Engineered for precision, this core drilling rig boasts an 800-meter drilling depth, high-torque 2-speed rotary head, and versatile mounting options, making it a leading solution for demanding site conditions and diverse application needs.
The CDR-200 is an advanced crawler-mounted core drilling rig designed for high-performance geological surveying and mineral exploration up to 200 meters, offering superior mobility, precision, and efficiency for sampling and site investigation in tough terrain.
The CDR-800 is an advanced geological core drilling rig designed for dependable and efficient performance in mineral exploration, geotechnical investigations, and deep core sampling projects. Engineered for precision, this core drilling rig boasts an 800-meter drilling depth, high-torque 2-speed rotary head, and versatile mounting options, making it a leading solution for demanding site conditions and diverse application needs.
The TCDR-200 is a heavy-duty, tractor-mounted core drilling rig designed for efficient geological surveys and mineral exploration—perfect for core sampling up to 200 meters in diverse and challenging terrain. Built with robust hydraulics and mobility-first engineering, this rig is an optimal solution for both rural and remote projects demanding flexibility, power, and reliability.
