Mobility and Kinematics Analysis of a Novel 5-DOF Hybrid Manipulator for Reconditioning of Mold and Die Tools: Part 2

Two novel hybrid manipulators that can be used for reconditioning of mould and die tools are presented in this paper. These designs have been developed using the knowledge of the different manufacturing process and defects that occur in mould and die tools. The similarities in the two novel hybrid m...

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Main Authors: Bolele, K., Modungwa, D., Tlale, N.S., Kumile, C.M.
Format: Conference Proceeding
Language:English
Subjects:
Africa
Kinematics
Machine tools
Machine vision
machine volume
Manipulator configuration
Manipulator dynamics
Manufacturing processes
Materials science and technology
Mechatronics
Metalworking machines
orientation angle
orientation space index
Robots
workspace utilization factor
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creator Bolele, K.
Modungwa, D.
Tlale, N.S.
Kumile, C.M.
description Two novel hybrid manipulators that can be used for reconditioning of mould and die tools are presented in this paper. These designs have been developed using the knowledge of the different manufacturing process and defects that occur in mould and die tools. The similarities in the two novel hybrid manipulators are: they all used serial kinematics chains that implement parallelograms for linear translations. The designs differ in the manner the parallelograms are used to achieve linear translations. Moreover, rotary motions are achieved differently in these designs. The mechanical architectures and kinematics capabilities of the novel manipulators are presented. Finally, the kinematics capabilities of the developed manipulators are compared with those of selected 5 axis milling machine.
doi_str_mv 10.1109/MMVIP.2008.4749530
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subjects Africa
Kinematics
Machine tools
Machine vision
machine volume
Manipulator configuration
Manipulator dynamics
Manufacturing processes
Materials science and technology
Mechatronics
Metalworking machines
orientation angle
orientation space index
Robots
workspace utilization factor
title Mobility and Kinematics Analysis of a Novel 5-DOF Hybrid Manipulator for Reconditioning of Mold and Die Tools: Part 2
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