KIOTI Tractor launched the Flow+ technology, an advancement in hydraulic performance for its compact construction equipment lineup. The Flow+ TL750 compact track loader and SL750 skid-steer loader enhance hydraulic capabilities with low fuel costs.
Features on the KIOTI Flow+ technology
Designed for light to medium-duty hydraulic attachments, Flow+ allows operators to easily run attachments — like rotary cutters, trenchers, and snow blowers — while still supporting standard-flow attachments for everyday tasks, making the machine more versatile across jobs.
KIOTI shares that Flow+ optimizes performance and long-term durability by providing more power while reducing heat and wear compared to high-flow alternatives. It enhances productivity by enabling quick attachment changes and minimizes job downtime. Additionally, its enhanced hydraulic power management conserves fuel, extending operational hours without unnecessary consumption.
Built with a five-port coupler block, dedicated Flow+ tube lines and valve, and an added gear pump, this system ensures seamless hydraulic operation. With Flow+, operators can tackle a wider range of job site applications while keeping their compact loaders running smoothly and efficiently.
The new Flow+ models offer a significant upgrade in hydraulic performance compared to the standard models that operate at 3,335 psi (230 bar) with a hydraulic flow of 21.9 GPM (82.90 lpm) and 41.80 hp (31.10 kW), the Flow+ models operate at a lower pressure of 2,900 psi (200 bar) but provide a higher hydraulic flow of 34.0 GPM (128.80 lpm) and an impressive 65.70 hp (46 kW). This increased flow and horsepower in the Flow+ models translates to greater attachment versatility, improved operational efficiency, and the ability to handle more intensive applications with ease.
“At KIOTI, we’re committed to developing solutions that maximize the performance of our equipment,” said Justin Moe, product manager of compact construction at KIOTI. “Flow+ bridges the gap between standard and high-flow systems, providing operators with the hydraulic power needed to handle more demanding tasks while improving engine functionality, fuel savings, and overall versatility.”
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