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Food and beverage manufacturers continue to face increasing pressure to improve production efficiency while reducing waste, energy consumption and operating costs. At PACK EXPO International 2026, Flottweg Separation Technology will showcase its newest innovation—the FW400 Decanter—demonstrating how next-generation separation technology helps processors maximize product recovery, improve product quality and lower total operating costs across a wide range of processing applications.
Visitors to Booth LU-7325 will discover how the FW400 delivers higher throughput, improved separation performance and greater process flexibility for industries including fermentation, distilled products, edible fats and oils, plant proteins, juices, food processing and life sciences.
"Industrial processors today face increasing pressure to improve efficiency while controlling operating costs and maintaining consistent product quality," said Daniel Lakovic, Business Development Manager for Flottweg Separation Technology. "The FW400 was developed specifically to address those challenges by combining higher separation performance with a flexible platform that can evolve alongside our customers' operations."
Experience the New FW400 Decanter
Featured at PACK EXPO will be the new FW400 Decanter, Flottweg's latest generation of decanter centrifuge engineered to deliver exceptional separation performance, increased process flexibility and simplified operation. Built around three core engineering principles—Performance Boost, Flex Concept and Human-Centered Design—the FW400 enables processors to increase throughput, improve product quality and reduce operating costs without sacrificing reliability.
The FW400 achieves higher separation efficiency through increased bowl speed, optimized geometry and greater torque capabilities, while its super-deep pond design enhances clarification and reduces energy consumption. An adjustable, flow-optimized impeller provides precise process control across changing operating conditions, helping manufacturers maintain consistent product quality while maximizing production efficiency.
Unlike conventional equipment designed for a single application, the FW400's modular Flex Concept allows processors to configure the machine for today's production requirements while providing the ability to add features as operations evolve. This protects capital investments while giving manufacturers the flexibility to adapt to future production demands.
Beyond separation performance, the FW400 incorporates numerous operator-focused improvements that simplify maintenance and maximize uptime. Features including a foldable belt guard for easier service access, enhanced housing seals, an optimized hygiene concept and low-noise operation help reduce maintenance time, improve workplace conditions and streamline cleaning procedures. When equipped with Flottweg's proven Recuvane® energy recovery system, the FW400 can reduce energy consumption by approximately 10–20 percent, lowering total operating costs while supporting more sustainable manufacturing practices.
Continued Commitment to Customer Support
In addition to innovative equipment, Flottweg supports customers throughout North America from its U.S. headquarters in Independence, Kentucky. With more than $6 million in parts, rotating assemblies, and accessories in stock, along with comprehensive in-house repair capabilities—including machining, balancing, welding, and sandblasting—Flottweg helps minimize downtime and maximize equipment availability. Most service requirements can be addressed within 24 to 48 hours, ensuring customers receive timely support when it matters most.
PACK EXPO International brings together manufacturers seeking technologies that improve productivity, efficiency and sustainability throughout the production lifecycle. Flottweg invites attendees to visit Booth LU-7325 to experience the new FW400 Decanter and discover how next-generation separation technology can maximize product recovery, increase operational flexibility and prepare processing facilities for future production demands.
