Bühler Launched New OLFC Oilseed Flaker System
The industrial machinery manufacturer introduced a high-capacity flaker system designed to reduce energy use and downtime.
Updated on Sept. 22, 2026 in Agriculture
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Bühler has officially launched the OLFC flaker system, a new industrial solution designed for high-efficiency oilseed processing. The system aims to minimize production disruptions and maximize operational uptime for global oilseed processors.
Why it matters
The system was engineered to improve processing reliability and efficiency, directly addressing the need for oilseed processors to maintain consistent output while lowering maintenance requirements.
The system features 820 mm diameter rolls that deliver a 25% reduction in machine vibration and more than double the roll service life compared to older models. It is capable of processing up to 500 metric tons of oilseeds per day.
The players
Bühler
A Swiss-based industrial technology company with 166 years of history that manufactures processing equipment for the food and automotive industries.
The details
Engineers reinforced the base frame, motor fixation, and roll shafts, while adding an upgraded hydraulic system to mitigate pressure spikes. The unit also includes automated digital services and integrated sensors, with an auxiliary drive that allows for low-speed roll rotation during servicing.
Timeline
A prototype unit began operation in a U.S. plant in October 2023.
Bühler officially launched the OLFC flaker system on September 22, 2026.
Market Landscape
This release follows a 166-year trajectory of industrial innovation at Bühler, reflecting a broader trend of digitizing heavy machinery to maintain competitiveness. The move aims to solidify the company's position against rivals by offering tangible efficiency gains in global oilseed production.
Oilseed processors can expect to see reduced operational costs through lower energy consumption and extended maintenance intervals. These improvements translate into higher daily throughput potential by minimizing the downtime previously required for roll servicing.
The takeaway
The implementation of sensor-driven automation and reinforced mechanical components represents a shift toward more resilient industrial production cycles. Processors should prioritize these upgrades to mitigate the long-term risk of production disruptions.
Further reading
For more information on trends in the sector, visit the Agriculture section.
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