The MACH-II ultrasonic cutter is designed for very high-throughput production environments, capable of transforming cheese bars derived from 40 lb blocks into precise, fixed-weight portions. Its ultrasonic blade produces clean, stable cuts suitable for fragile or sticky products. A servomotor combined with a zero-recoil reducer ensures precise positioning essential for consistent, repeatable slicing.
The fully cantilevered architecture, used for both the conveyors and the cutting unit, simplifies cleaning, maintenance and component removal. Belts, wear strips and rollers can be detached quickly, reducing downtime associated with sanitation operations. This design meets the requirements of food processing facilities where accessibility and hygiene are key priorities.
To ensure cutting accuracy, the MACH-II relies on advanced measurement systems. Laser 3D scanners or 3D cameras continuously measure the width and height of each cheese bar. This information is transmitted to the central processor, which determines the appropriate cut lengths. A downstream tangent dynamic scale validates the density and actual weight of the portions produced, ensuring consistent results.
The control platform, based on Allen-Bradley technology, combines a user-friendly operator interface with programmable motor controllers. These controllers manage the conveyor’s indexing as well as the guillotine’s drive system. Our software uses laser measurements and scale data to automatically adjust cutting parameters, enabling continuous production while maintaining a high level of precision.
Additional integrated features include trim detection and rejection, an end-trim recovery bin, and remote diagnostic capability for streamlined technical support. The MACH-II is designed for continuous 24/7 operation and meets high-level safety requirements in accordance with industry standards.