SYNISON Laboratory | Legacy of Engineering Innovation & IP Development
Established in 1996, SYNISON Laboratory was founded as an independent research and prototyping facility dedicated to pushing the boundaries of mechanical design and applied engineering.
Early on, the laboratory was equipped with precision machining capabilities—including a 5-full-axis CNC machining center with automatic tool changing—complemented by industry-standard CAD/CAM/CAE suites (Pro/ENGINEER and Pro/MECHANICA).
Over the years, SYNISON operated as an elite R&D partner, conducting contract research and producing fully functional, high-complexity prototypes for external scientific institutions and research teams.
Simultaneously, it driven internal research in radical mechanical innovations, leading to international PCT patent applications with highly favorable Search Reports in rotary engines, power-transmission mechanisms, and advanced kinematics.
Following a period of independent, silent technological refinement and evolution, SYNISON Laboratory is now being re-established into a new corporate structure (PC/PCC) to serve as the vehicle for scaling, co-developing, and commercializing its rich portfolio of proprietary hardware and mechanism patents.
Founder & Principal Engineer | DeepTech Innovator
SYNISON Laboratory
Product
A patented, non-friction-based, planetary transmission mechanism, achieving ultra high speed reduction (>1,000,000:1) or increase (>1:1,000), in a compact and efficient single-stage configuration, having ONE only moving part between its input and output.
Founder & Principal Engineer | DeepTech Innovator at SYNISON Laboratory
Sparta, Greece
Project cooperation
A patented, non-friction-based, planetary transmission mechanism, achieving ultra high speed reduction (>1,000,000:1) or increase (>1:1,000), in a compact and efficient single-stage configuration, having ONE only moving part between its input and output.
Founder & Principal Engineer | DeepTech Innovator at SYNISON Laboratory
Sparta, Greece
Project cooperation
A mechanism that transmits power to an endlessly rotating shaft on an endlessly rotating carrier independently of the rotation of the carrier, namely decouples two inherently strongly coupled rotations, while it redirects the reaction torque to the frame.
Founder & Principal Engineer | DeepTech Innovator at SYNISON Laboratory
Sparta, Greece
Investment
A patented, non-friction-based, planetary transmission mechanism, achieving ultra high speed reduction (>1,000,000:1) or increase (>1:1,000), in a compact and efficient single-stage configuration, having ONE only moving part between its input and output.
Founder & Principal Engineer | DeepTech Innovator at SYNISON Laboratory
Sparta, Greece
Investment
A mechanism that transmits power to an endlessly rotating shaft on an endlessly rotating carrier independently of the rotation of the carrier, namely decouples two inherently strongly coupled rotations, while it redirects the reaction torque to the frame.
Founder & Principal Engineer | DeepTech Innovator at SYNISON Laboratory
Sparta, Greece