The United States Patent and Trademark Office recently issued US Patent No. 12,654,348, titled “Slicer for items and method of manufacturing and using the same.” This milestone utility patent was officially assigned to BonTek, LLC, a specialized development firm based in East Orleans, Massachusetts. The newly sanctioned device introduces a highly reliable, mechanical answer to a pervasive kitchen hazard, establishing an advanced benchmark for safety and symmetry when portioning rounded food items such as bagels and English muffins.
Co-invented by Michael Shabazian and John Porter, the apparatus integrates an intuitive centering mechanism that entirely eliminates human error and dangerous manual stabilization from the cutting process. Thanks to its elegant engineering, domestic scalability, and immediate consumer utility, this invention has been distinguished as the Massachusetts State Patent of the Month for July 2026. This recurring state honor recognizes local breakthroughs that deliver exceptional improvements to industrial manufacturing standards and public safety guidelines.
Advanced Mechanical Innovation and Structural Precision
Traditional manual food slicing is plagued by uneven cuts and a high frequency of kitchen lacerations. The mechanical solution developed by BonTek, LLC resolves these historic issues through a robust dual-assembly layout featuring a separable upper housing and a lower receiver. The core of this system relies on an ingenious cam mechanism connected directly to synchronized, movable centering plates and stabilized exterior vertical rails. When an operator applies pressure to the integrated actuators, the centering plates automatically retract outward, opening an optimal clearance space for the food item to sit securely on a central holding plate. Upon releasing the actuators, the internal cam configuration asserts a perfectly balanced, equalized force from both sides, automatically locking the item precisely along the central cutting plane.
Furthermore, the physical frame incorporates a dedicated vertical guidance slot designed to seamlessly receive either the upper assembly’s integrated blade or an independent external knife. This structural synchronization ensures that the cutting edge follows a completely linear trajectory, preventing any twisting or flexing during operation. Consequently, the device delivers a flawless bisection within a remarkable geometric tolerance of plus or minus one-sixteenth of an inch. By removing fingers from the path of the blade and ensuring consistent portion thickness, the apparatus successfully bridges the gap between commercial processing safety and practical household application.
Securing the Massachusetts Patent of the Month for July 2026
The Commonwealth of Massachusetts has a celebrated history of honoring innovations that merge fundamental scientific mechanics with practical, real-world utility. Awarding the Patent of the Month distinction to BonTek, LLC for July 2026 underscores the profound design logic embedded within this East Orleans invention. While contemporary tech trends often overcomplicate everyday tools with digital sensors, electrical wiring, or battery dependencies, this device achieves superior safety and performance through purely kinetic, sustainable mechanical principles.
The selection committee specifically commended the patent for its absolute manufacturing scalability and refined production methodology. The geometric configurations of the components are optimized for high-volume injection molding and automated assembly lines without compromising structural rigidity. By solving a widespread culinary safety risk with a durable, non-electric device, BonTek, LLC exemplifies the peak of practical Massachusetts industrial innovation.
Applying Practical Patent Applications toward the US R&D Tax Credit
In the context of United States tax incentives, the practical development and production methodologies of this patent present strong eligibility for the Federal Research and Development (R&D) Tax Credit. Under Internal Revenue Code Section 41, companies engaged in designing, prototyping, and manufacturing this slicing technology can claim significant Qualified Research Expenses (QREs) by satisfying the mandatory four-part test. The development cycle fulfills the permitted purpose requirement by creating a brand-new commercial product that significantly upgrades physical safety and operational accuracy. The engineering team had to overcome substantial technological uncertainty regarding the kinetic configuration of the internal cam mechanism to guarantee that equal force is distributed without crushing soft food items. Overcoming these challenges required a rigorous process of experimentation, which involved iterative physical prototyping, finite element analysis of stress distribution along the vertical rails, and extensive trial-and-error testing of spring tensions. Because these efforts rely explicitly on the principles of mechanical engineering and materials science, the qualified employee wages, prototyping supplies, and contract testing costs tied to perfecting this device and its specialized manufacturing process are fundamentally eligible for the R&D tax credit.
