| Customization: | Available |
|---|---|
| After-sales Service: | 6 Month |
| Warranty: | 6 Month |
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The CYTM-41L The CYTM-41L mine hydraulic bolting drill rig epitomizes cutting-edge design for underground mining and tunneling operations in the most demanding geological environments. Engineered for complex surrounding rock structures and severe rock damage, this compact, fully hydraulic rock drilling equipment excels with its small size, energy efficiency, and low noise operation. It boasts multiple functions and remarkable efficiency, powered by diverse sources for seamless mobility and rock drilling, enabling effortless switching and rapid transitions. Ideal for bolting operations in a variety of underground settings, including metal and non-metal mines, hydropower tunnels, and culverts.
Our direct control type rock drilling system is state-of-the-art, featuring a hydraulic control system with high-quality variable plunger pumps from renowned brands like American Sao Danfoss. These pumps are optimized for medium and small jumbos, providing a large flow rate, dependable performance, and a longer service life.
Equipped with a fully automatic anti-jamming function, brake fault warning, and a suite of protective features, the CYTM-41L ensures operational safety and reliability.
The rock drilling control system leverages advanced electromagnetic pump proportional valve control, significantly enhancing the stability and safety of the drilling operations.
Our hydraulic system features multilayer oil pipes from internationally or domestically acclaimed brands, complemented by high-quality oil pipe joints from reputable manufacturers. Most hydraulic pipelines are outfitted with safety valves to minimize oil leakage, ensuring superior component quality and system reliability.
Safety is paramount; hence, the CYTM-41L is equipped with various high-utility safety alarm systems. These systems automatically trigger alarms or halt operations when fuel levels are low, water temperature exceeds safe limits, or hydraulic oil temperature reaches critical levels, ensuring maximum operational safety.
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