Tomonori Nishiki

About

Tomonori Nishiki is a researcher whose work lies at the intersection of industrial robotics, factory automation, and human-machine safety. His primary research areas include the development of optimized robotic operation terminals and innovative production systems for multi-product manufacturing. Nishiki’s most significant contribution is his study on portable robotic operation terminals, where he focused on enhancing both operator safety and usability in industrial environments. His 2009 paper on this topic has garnered 35 citations, reflecting its practical impact on the design of teaching pendants for robot applications. Additionally, Nishiki explored production efficiency through his work on the "Senju (thousand-handed) Kannon model" cell production system, demonstrating its effectiveness for multi-product, variable-volume manufacturing over an eight-year period. This research, though less cited, highlights his commitment to addressing real-world challenges in the manufacturing industry, such as product diversification and shorter demand cycles. Nishiki’s work on wireless terminal safety further underscores his dedication to advancing human-robot interaction. His contributions offer valuable insights for students and researchers interested in industrial robotics, safety engineering, and adaptive production systems.

Research Focus

Key Achievements

Top Papers

1. 1
   Development of teaching pendant optimized for robot application

   35 citations · 2009
2. 2
   Robot control cell production system of Senju (thousand-handed) Kannon model that demonstrated optimality to the multi-product production in varying volumes for eight years

   10 citations · 2008
3. 3
   Development of Portable Robotic Operation Terminals to Achieve Increased Safety and Usability and a Study on the Effectiveness of Wireless Terminals

   2 citations · 2009

Key Collaborators

Contact & Links