SKF has unveiled its latest innovation in lubrication technology — the FlowMaster III — making its official debut at CONEXPO-CON/AGG 2026, held March 3–7 in Las Vegas, Nevada.
Built to perform in the toughest operating conditions, the FlowMaster III brings a next-generation modular design to the market, giving operators and maintenance teams the tools they need to maximize uptime and simplify servicing. At the heart of the system is direct-drive pumping technology paired with precision grease pathways, delivering high load capacity while keeping maintenance demands low.
One of the standout features of the FlowMaster III is its modular construction, which allows technicians to access, service, or swap out components using standard tools — significantly cutting down assembly and teardown time. The pump also comes equipped with an integrated overflow-prevention module that automatically halts lubricant flow when the reservoir is full, along with an ultrasonic level sensor for smarter fluid management.
The system is available in multiple configurations, supporting reservoir sizes ranging from 60 lb to 400 lb, with compatibility for both 24 VDC and hydraulic motors. It works seamlessly with progressive and single-line lubrication architectures, making it adaptable across a wide range of equipment platforms.
Targeted at industries including mining, construction, agriculture, oil and gas, and general industrial applications, the FlowMaster III is backed by SKF’s global service and distribution network, offering turnkey system design, on-site installation, operator training, and spare parts availability.
“The FlowMaster III was developed to meet the real-world demands of industries where uptime is non-negotiable,” said Blake Woods, Product Manager at SKF. “We are providing operators and technicians with a pump that helps cut downtime, makes maintenance easier, and enhances workplace safety.”
The pump is on display at SKF Lincoln’s booth N10362 in the North Hall of the Las Vegas Convention Center, with orders opening in June 2026.
