Two hybrid machine tools are presented. The first hybrid machine tool combines micro milling and laser ablation. It is designed for the manufacturing of dies and molds for micro replication. An integrated measurement device is used for acquisition of the workpiece geometry. The benefits are pointed out with respect to workpiece materials, geometry features, surface quality and overall manufacturing time. The second hybrid machine tool realizes a combination of laser machining and electrical discharge machining for drilling. The machine tools application area is manufacturing of complex shaped holes with low diameter and high aspect ratio
The use of microstructures or functional surfaces in powertrain components or molds and dies has att...
Manufacturing industries have more and more to deal with the machining of complex shaped components,...
WO2003089185 A UPAB: 20031125 NOVELTY - The machining method uses a hybrid machining process (24) in...
Within this article a novel hybrid machine tool is presented that unifies the micro-manufacturing pr...
Micro-machining has attracted great attention as micro-components/products such as micro-displays, m...
We report on a comprehensive study to evaluate fundamental properties of a hybrid manufacturing appr...
The continuous demand concerning the enhancement of functionality and power of technical and mechani...
In this paper a hybrid micromachining approach was developed for the fabrication of microfluidic inj...
The production of micro or sub millimeter sized components involves fabrication of sub-millimeter di...
High precision miniature and micro products which possess 3D complex structures or free-form surface...
In this paper a hybrid micromachining approach was developed for the fabrication of microfluidic inj...
High precision miniature and micro products which possess 3D complex structures or free-form surface...
Hybrid micro machine tools are increasingly in demand for manufacturing microproducts made of hard-t...
High precision miniature and micro products which possess 3D complex structures or free-form surface...
The objective of the project "HiDynMolder - Development of a highly dynamic machining system for mic...
The use of microstructures or functional surfaces in powertrain components or molds and dies has att...
Manufacturing industries have more and more to deal with the machining of complex shaped components,...
WO2003089185 A UPAB: 20031125 NOVELTY - The machining method uses a hybrid machining process (24) in...
Within this article a novel hybrid machine tool is presented that unifies the micro-manufacturing pr...
Micro-machining has attracted great attention as micro-components/products such as micro-displays, m...
We report on a comprehensive study to evaluate fundamental properties of a hybrid manufacturing appr...
The continuous demand concerning the enhancement of functionality and power of technical and mechani...
In this paper a hybrid micromachining approach was developed for the fabrication of microfluidic inj...
The production of micro or sub millimeter sized components involves fabrication of sub-millimeter di...
High precision miniature and micro products which possess 3D complex structures or free-form surface...
In this paper a hybrid micromachining approach was developed for the fabrication of microfluidic inj...
High precision miniature and micro products which possess 3D complex structures or free-form surface...
Hybrid micro machine tools are increasingly in demand for manufacturing microproducts made of hard-t...
High precision miniature and micro products which possess 3D complex structures or free-form surface...
The objective of the project "HiDynMolder - Development of a highly dynamic machining system for mic...
The use of microstructures or functional surfaces in powertrain components or molds and dies has att...
Manufacturing industries have more and more to deal with the machining of complex shaped components,...
WO2003089185 A UPAB: 20031125 NOVELTY - The machining method uses a hybrid machining process (24) in...