Purpose – This paper aims to present a review of the NPE 2006, Plastics Show held in Chicago, IL with emphasis on robots, their application in the plastics industry and end‐of‐arm‐tooling. Design/methodology/approach – In‐depth interviews with suppliers of robots, injection molding...

Purpose – This paper aims to describe the development of a new software tool for the scheduling of real‐time control messages in a time‐triggered control network. The prime application area for such a solution is in real‐time robotic controllers and other similar machine control systems....

Purpose – This paper aims to present an innovative example of a master for teleoperation capable of moving in six degrees of freedom and of providing a force and torque feedback on the operator's hand. Design/methodology/approach – After a brief overview of what the state of the art in...

Purpose – This paper aims to make an industrial robot intelligently and remotely cooperate with humans to work in unknown unstructured environments. Design/methodology/approach – Presents a bilateral adaptive teleoperation control approach involving a contact force driven compensation with...

Purpose – To propose a new haptic modeling and contact analysis algorithm (modified long element method (MLEM)) to efficiently model deformation, to estimate elasticity, and to provide the characterization of contact with deformable objects, which is important in teleoperation and haptic...

Purpose – A minimum‐time path‐following algorithm for industrial robots is presented in this paper. Design/methodology/approach – The algorithm generates off‐line a trajectory that, by exploiting knowledge of the dynamic model, takes into account the actuators' torque limits while...

Purpose – This paper aims to develop a service‐oriented distributed multi‐robot system based on manufacturing message specification (MMS) and new‐generation distributed object technology – web services for realizing remotely monitoring and controlling multiple heterogeneous robots in...

Purpose – In this paper, a CAD‐based integration method for analyzing and verifying robotic mechanisms design is proposed. The work is motivated by the fact that current structural design of complex mechanisms still requires substantial efforts of human intervention even with CAD assistance....