Vitalii Vlakh

This paper presents an invariant-based framework for the scalable kinematic comparison of pressure-plate (platen) drive mechanisms used in die-cutting presses. The maximum platen stroke is adopted as a…

This paper presents the design and analysis of a novel double-wedging drive mechanism for the pressure plate of a flat die-cutting press, proposed as an alternative to traditional…

Scientific research on die-cutting press pressure-plate drive mechanisms is analysed and, based on the results, an upgraded drive is proposed that combines two wedging mechanisms, an additional pair…

Flat die-cutting is the primary method of producing cardboard packaging, and the pressure-plate drive must deliver large, uniform forces with stable, repeatable motion. This paper performs the geometric…

Mechanism design and kinematic analysis, CAD/CAM and CNC workflows, production-preparation automation, and custom engineering software — from a defined problem to validated models, manufacturing drawings, and working code.

Joint studies on production machinery and drive mechanisms, co-authored papers, and applied kinematics work — building on a Ph.D. in Engineering Sciences and a decade of peer-reviewed and Scopus-indexed publication.

Run the DXNest Fabrication nesting and CNC engine, or the DXNest Motion kinematics engine, inside another product — and license the patented press mechanisms. The technology has a single owner, so terms are agreed directly.

DXNest is independent and self-funded. Joint product development, distribution and implementation partnerships, long-term technology alliances, and investment discussions are all open — with one decision-maker on this side of the table.