GRIFFITHS HIGH-INTEGRITY CHEESE PORTIONING ARCHITECTURE
EM FOOD · CONTROLLED-SEPARATION CUTTER · VERSION 10
AEMS electromagnetic architectures are available for commercial licensing and technical collaboration. Intellectual-property rights remain with AEMS LLC. Confidential technical review is available under NDA and defined scope.
The Griffiths High-Integrity Cheese Portioning Architecture is a physics-aligned, hygienically optimised controlled-separation framework for industrial cheese portioning. Version 10 treats portioning as a governed material-state process rather than a shear-dominated cutting event.
Five coupled subsystems — adaptive blade geometry, stabilisation and damping, predictive feed and indexing control, micro-zonal thermal conditioning, and contact interface surface topology — are coordinated by a shared control logic to manage strain rate, vibration, matrix temperature, and cleanability.
Version 10 adds a formal system-integration framework, three representative parameterised design-target simulations, a capability envelope, five falsifiable predictions, and an explicit non-claims section. The architecture has not yet been fabricated or empirically validated; all quantitative outcomes remain design targets pending prototype and pilot-line verification.
Deformation target
< 3%
vs 12–18% baseline
Microfracture target
< 1.2%
per cut
Portion CV target
± 0.5%
vs ± 3.2% baseline
Cleaning target
12–16 hr
vs 4 hr baseline
ZENODO PUBLICATION
The Griffiths High-Integrity Cheese Portioning Architecture: A Physics-Aligned, Hygienically Optimised Framework for Industrial Cheese Portioning V10
https://doi.org/10.5281/zenodo.21940203LICENSABLE SYSTEM
Cheese Portioning
Published architecture, system, model, or governed-field design