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USA-NJ-HAMPTON Azienda Directories
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Azienda News:
- Design and Realization of Laser Micromachining System - Sabanci Univ
laser advantages as microprocessing tool, the development of reliable and easy to use laser micromachining system is of great importance In this thesis, the design approach to the general purpose laser micromachining system is discussed Detailed description of implementation of each module of the
- Laser Precision Microprocessing of Materials | A. G. Grigoryants, M.
This reference focuses on the current state of fundamental research and industrial achievements in the field of precision laser processing of a wide range of metal, semiconductor and dielectric materials The possibilities of microprocessing by pulsed nanosecond laser radiation and copper vapor laser systems are analyzed
- Femtosecond fiber lasers improve processing of . . . - Laser Focus World
Bogusz Stepak, R D director of laser microprocessing at Fluence’s Ultrafast Laser Application Laboratory, believes the roughness likely is even lower than that measured because it’s at the limit of the microscope The very-low edge roughness is beneficial because “there is a very strong correlation between the roughness and UTG bending
- Laser microprocessing of metal surfaces using a tightly focused . . .
Tight focusing of a radially polarized beam is used for single-shot laser ablation of metals The strong longitudinal field is generated at the focus, and its contribution to the ablation process is comprehensively examined for various metal materials In the presence of the longitudinal field at the focus, a fabricated crater at the surface exhibits either a spot shape or a doughnut shape
- Enhanced ablation efficiency for silicon by femtosecond laser . . .
However, the former case produces higher intensities, which suffer from plasma shielding and collateral thermal damage, which compromises the benefits of femtosecond laser pulse microprocessing Multibeam parallel processing with higher power laser is a good solution to increase throughput [ 11 – 13 ], but it is another aspect that differs
- Laser microprocessing of metal surfaces using a tightly focused . . .
Tight focusing of a radially polarized beam is used for single-shot laser ablation of metals The strong longitudinal field is generated at the focus, and its contribution to the ablation process is comprehensively examined for various metal materials In the presence of the longitudinal field at th …
- Engineered Functional Surfaces by Laser Microprocessing for . . . - CAE
Laser microprocessing is an advanced method of enhancing the surface-related properties of biomaterials This work demonstrates the capability of laser microprocessing for biomedical metallic materials including magnesium and titanium alloys, with potential applications in cell adhesion and liquid biopsy We investigate laser-material
- Hole Formation in Semiconductor Materials by Laser Microprocessing
A particular case of laser microprocessing is the formation of microholes in semiconductor materials Choosing a laser source for microprocessing is a diffi-cult problem that often requires compromises On the one hand, criteria determining the processing quality are taken into account and, on the other hand, the
- Systems | 6D Laser
High Performance Planar Processing 6D Laser’s Unlimited Field-of-View (UFV™) solution combines the precision galvo scanning of SCANLAB’s XLSCAN system with ALIO’s precision monolithic XY stages for superior UFV™accuracy As customers’ requirements of laser microprocessing applications become more demanding, the performance of legacy systems do not meet the specifications for
- (PDF) Engineered Functional Surfaces by Laser Microprocessing for . . .
Laser microprocessing is an advanced method of enhancing the surface-related properties of biomaterials This work demonstrates the capability of laser microprocessing for biomedical metallic
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