The day-to-day use of parallel kinematic machines (PKM) is limited by the size of their five-dimensional working area and position-dependent features. With the conventional hexapod, a structure optimisation does not offer the possibility of overcoming these problems. Three new approaches to machine structures for surmounting these limits are described and evaluated
The world of machine tool is always changing to take into account the changes in manufactured parts....
The design of an industrial robot involves a number of conflicting objectives in general. A parallel...
Well known is Clavel’s DELTA robot, but there are other parallel kinematic structures (PKS) with thr...
The objective of this project is the mechanical design of a new 5 axis Parallel Kinematic Machine (P...
This paper deals with possible new concepts for machine tools based on parallel kinematics for advan...
During the past several years, a great deal of attention has been paid to parallel kinematic machine...
The purpose of this 3-year cooperative research project was to develop a parallel kinematic machinin...
Parallel Kinematics- Type, Kinematics, and Optimal Design presents the results of 15 year's research...
It is well known that the shape and volume of the workspace are one of the greatest weaknesses of pa...
Now a day’s Robotic automation becomes a major driving force in modern industrial developments. The ...
Development of the computer techniques has made possible the application of a new machine tool cons...
Now a day’s Robotic automation becomes a major driving force in modern industrial developments. The ...
The constant reduction of lot sizes in the automobile industry is causing the demands made of profit...
International audienceMost industrial machine tools have a serial kinematic architecture, which mean...
Today, Parallel Kinematic Machines tools (PKMs) appear in automotive and aeronautic industries. Thes...
The world of machine tool is always changing to take into account the changes in manufactured parts....
The design of an industrial robot involves a number of conflicting objectives in general. A parallel...
Well known is Clavel’s DELTA robot, but there are other parallel kinematic structures (PKS) with thr...
The objective of this project is the mechanical design of a new 5 axis Parallel Kinematic Machine (P...
This paper deals with possible new concepts for machine tools based on parallel kinematics for advan...
During the past several years, a great deal of attention has been paid to parallel kinematic machine...
The purpose of this 3-year cooperative research project was to develop a parallel kinematic machinin...
Parallel Kinematics- Type, Kinematics, and Optimal Design presents the results of 15 year's research...
It is well known that the shape and volume of the workspace are one of the greatest weaknesses of pa...
Now a day’s Robotic automation becomes a major driving force in modern industrial developments. The ...
Development of the computer techniques has made possible the application of a new machine tool cons...
Now a day’s Robotic automation becomes a major driving force in modern industrial developments. The ...
The constant reduction of lot sizes in the automobile industry is causing the demands made of profit...
International audienceMost industrial machine tools have a serial kinematic architecture, which mean...
Today, Parallel Kinematic Machines tools (PKMs) appear in automotive and aeronautic industries. Thes...
The world of machine tool is always changing to take into account the changes in manufactured parts....
The design of an industrial robot involves a number of conflicting objectives in general. A parallel...
Well known is Clavel’s DELTA robot, but there are other parallel kinematic structures (PKS) with thr...