The UNIMIX 50D Diesel Mud Mixing System is a compact and powerful solution designed for reliable drilling fluid preparation on HDD and construction job sites. Built for contractors who require consistent mud quality and dependable field performance, the system combines a high-capacity centrifugal pump, a diesel power unit, and an integrated Venturi mixing hopper in a rugged skid-mounted design.
The mixer is engineered to deliver efficient and uniform drilling fluid mixing, ensuring proper bentonite hydration and stable drilling conditions. With a maximum flow rate of up to 640 GPM and a pump speed of 3600 RPM, the UNIMIX 50D provides the performance required for horizontal directional drilling operations, utility installations, and construction drilling projects.
Powered by a 50 HP air-cooled diesel engine, the system can operate independently from external power sources, making it ideal for remote job sites and demanding field environments. The diesel configuration ensures reliable operation and consistent output even during long working shifts.
The integrated Venturi hopper mixing system allows fast and efficient mixing of bentonite, polymers, and drilling additives. This design improves drilling fluid consistency and reduces mixing time, helping contractors maintain productivity on site.
For operator convenience and equipment protection, the unit includes electric start with manual bypass, an engine hour meter, and low oil protection. These features support safe operation while helping monitor equipment performance and maintenance intervals.
Mounted on a heavy-duty skid frame, the UNIMIX 50D is easy to transport, position, and integrate into drilling operations. The robust construction ensures long service life even in harsh working environments such as construction sites, quarries, and pipeline projects.
Designed for HDD contractors, utility installation companies, pipeline construction, and infrastructure projects, the UNIMIX 50D delivers dependable mud preparation performance, helping improve drilling efficiency and reduce downtime.