Low-friction cutting
High-frequency vibration helps the blade pass through food with less compression, indentation and edge breakage.
Clean ultrasonic cutting solutions for bakery, dairy, frozen food and composite food products.
Ultrasonic cutting uses high-frequency vibration to reduce friction between the blade and the product. It is well suited for sticky, brittle, layered, frozen or soft foods, helping create clean cuts with less dragging, sticking and deformation.
From single cutting tools to automated modules, each system can be configured around product dimensions, cycle time, temperature and hygiene requirements. Applications include cheese slices, cakes, bread, wraps, confectionery and frozen semi-finished foods.

For high-viscosity, multi-layer and hygienic production requirements, ultrasonic cutting offers a wider and more stable process window than conventional mechanical cutting.
High-frequency vibration helps the blade pass through food with less compression, indentation and edge breakage.
Cream, cheese, syrup and filled products leave less residue on the blade, reducing cleaning downtime.
Modules can work with conveyors, positioning, sorting and packaging equipment for continuous production.
Straight, strip, block, circular, serrated and custom cutting tools can be engineered for different products.
Validate cut quality and cycle time first, then define tooling, generator, transducer and automation interfaces.
Confirm product structure, temperature, size, moisture and cutting targets.
Compare surfaces, adhesion, crumbs and throughput across frequencies and blade profiles.
Design mounting, motion axes, conveying rhythm and safety protection.
Complete commissioning, operator training, spare-parts planning and maintenance guidance.
Manual stations, semi-automatic equipment and full-line integration can be customized around site space and production speed.
Stable high-frequency power with monitoring, alarms and automation control interfaces.
Energy transfer matched to food thickness and cutting resistance.
Straight, round, serrated and custom tools designed for sanitary cleaning.
Connect with conveyors, servo axes, robots and upper-level control systems.
A practical overview of common food categories, cutting issues, tooling selection and integration considerations.
Share the product type, current cutting method and target capacity. We will prepare an initial recommendation based on the sample and site conditions.