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Benedek József Tasi

Benedek József Tasi

Founder & CEO of Allonic, Head of Prosthetics Lab at PPKE ITK

benedektasi
Budapest, Hungary
Joined May 2026
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Summary

Benedek is a leading expert in biomimetic robotics, particularly in the development of highly dexterous and anatomically correct robotic hands. His work focuses on integrating intricate biological structures into robotic design, significantly improving functionality and human-like interaction. This foundational research began during his bachelor's and master's studies, culminating in the creation of the Anatomically Correct, Biomechatronic (ACB) Hand, a project recognized and featured in National Geographic. researchgate+3
As the Founder and CEO of Allonic, Benedek is driving the commercialization of advanced robotic technologies, particularly focusing on making complex robotics scalable and affordable for mass production. His company utilizes innovative 3D Tissue Braiding technology to produce robust yet compliant robotic components, aiming to reduce manufacturing costs and enhance rapid prototyping capabilities. This entrepreneurial endeavor bridges his academic research with practical market applications. allonic+2
Benedek holds a significant academic role as the Head of the Prosthetics Lab at Pázmány Péter Catholic University. In this capacity, he leads research and development efforts in biomimetic artificial limbs and wearable biomedical interfaces. His lab's work encompasses a broad range of activities from product design and engineering to advanced manufacturing techniques, continuously pushing the boundaries of bionic interface technology and prosthetics. ppke+1

Work

Education

Projects

Writing

Modulation of nose-to-brain delivery of a P-glycoprotein (MDR1) substrate model drug (quinidine) in rats

January 1, 2020

A publication where Benedek József Tasi contributed to the methodology and investigation of modulating nose-to-brain drug delivery.

Favicon imagepubmed.ncbi.nlm.nih.gov

Design of the Anatomically Correct, Biomechatronic Hand

September 1, 2019

A research paper detailing the development of the Anatomically Correct, Biomechatronic (ACB) Hand, which aims to replicate the delicate dexterity of the human hand by incorporating intricate anatomical features. The paper explains the implementation of bones, ligaments, muscles, and tendinous networks, validating results with biomechanical models. This work contributes to advancements in hand biomechanics, prosthetics, and teleoperation.

Favicon imageresearchgate.net