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Think ultrafast. Think precise. Think ahead. |
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Think ultrafast. Think precise. Think ahead.
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The laser turning machine
The newly developed GL.smart laser system with up to 16 simultaneous axes is the all-purpose weapon for laser micro machining.
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Precision in the smallest of spaces
The industrial GL.compact laser micro-processing machine features an extremely compact design and great flexibility. With highly modern beam generators (fs and ps lasers) and the ability to integrate all available options this machine is suitable for most applications.
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The compact machine
In addition to the highest machining precision, the newly developed compact version GL.compact II features an appealing design, universal installation possibilities and an automation function for series production.
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The production machine for parts from < 1g to 100 kg
Under the name GL.evo, GFH is presenting a 3 or 5 axis machine tool for industrial laser micro machining. The machine design harmonizes the requirements for precise (< 1µm) and dynamic (20m/s²) kinematics with the requirements of short-pulse laser technology.
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The high-volume solution
The GL.ultra as the largest machine of the GL series offers a wide range of laser machining possibilities with automated solutions, a maximum laser-on time and therefore a maximum output with short cycle times.
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The laser turning machine
The newly developed GL.smart laser system with up to 16 simultaneous axes is the all-purpose weapon for laser micromachining. Thus, the smallest machine in the GL series not only offers the option of combination machining of laser turning and 5-axis machining, but also an output increase through the possibility of double machining.
-
Precision in the smallest of spaces
The industrial GL.compact laser micro-processing machine features an extremely compact design and great flexibility. With highly modern beam generators (fs and ps lasers) and the ability to integrate all available options this machine is suitable for most applications.
-
The compact machine
In addition to the highest machining precision, the newly developed compact version GL.compact II features an appealing design, universal installation possibilities and an automation function for series production.
-
The production machine
The 3 or 5 axis machine tool for industrial laser micro machining. The machine design harmonizes the requirements for precise (< 1µm) and dynamic (20m/s²) kinematics with the requirements of short-pulse laser technology.
-
The high-volume solution
The GL.ultra as the largest machine of the GL series offers a wide range of laser machining possibilities with automated solutions, a maximum laser-on time and therefore a maximum output with short cycle times.
INNOVATION AWARD WINNER 2022
LATEST NEWS
The ultra-short pulse laser as a new possibility in grinding technology
Due to the progressive miniaturization and the use of high-tech materials, conventional manufacturing processes are increasingly reaching their limits. With decreasing structural size and simultaniously increasing demands for precision, burr-freeness and flexibility, ultra-short pulse lasers can play out their strengths. In addition, due to the contactless removal and the very low heat input, they offer the best conditions for the required high quality.
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Restart of sales activities in China!
23-09-2020
GFH GmbH used the participation in the CIOE trade fair from September 9th to 11th in Shenzhen to...
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Florian Lendner will manage GFH GmbH alone – Anton Pauli departs
20-02-2020
Anton Pauli, who was CEO of the GFH GmbH for many years departed on 31.12.2019 from the companys...
INFO
Laser as a turning tool
Turning is one of the oldest and most important manufacturing processes for the production of components in almost every industrial sector. Since the Middle Ages, this process is being continuously developed and adapted to the changing needs. The cutting technology, however, brings the producers to the limits of the technical transability, particularly with regard to small and very small components... Read more
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LASER DRILLING
We have long-standing experience with the production of micro laser drilling. We work hard materials which are hardly to be worked on like hardened steel, hard metal, ceramics and diamond.
But we are also able to drill standard materials like high-grade steel, copper alloys and plastics very exactly.
MICRO CUTTING
Special trepanning optics allow for right-angled cuts in the µm range without post-processing.
With the GFH laser machining system, ferrous and non-ferrous metals as well as non-metallic materials up to a thickness of 1 mm can be cut. The speed primarily depends on the desired contour and surface quality.
ENGRAVING
The laser offers a highly flexible tool for the manufacturing of deep engraving. Removal is performed on the basis of conventional CAD datasets, allowing programs to be created quickly. Since a tool with a negative of the geometry is not required (as is the case with form EDM), this manufacturing step is eliminated and the laser can be used economically even for small batches or frequently changing geometries.
In addition to the construction of micro laser conditioning attachments and the development of the conditioning processes, the GFH offers the job shop manufacturing of specific components.
LASER TURNING
With a special trepanning optics, a thin laser spot with up to 25 microns is created and will be lead to the rotating work piece which brings it to the required form. Since in this case neither a mechanical nor a relevant thermal influence is acting on the material, even the smallest structures can be created precisely and with a surface roughness of <0,2 microns.
LASER DRILLING
We have long-standing experience with the production of micro laser drilling. We work hard materials which are hardly to be worked on like hardened steel, hard metal, ceramics and diamond.
But we are also able to drill standard materials like high-grade steel, copper alloys and plastics very exactly.
MICRO CUTTING
Special trepanning optics allow for right-angled cuts in the µm range without post-processing.
With the GFH laser machining system, ferrous and non-ferrous metals as well as non-metallic materials up to a thickness of 1 mm can be cut. The speed primarily depends on the desired contour and surface quality.
ENGRAVING
The laser offers a highly flexible tool for the manufacturing of deep engraving. Removal is performed on the basis of conventional CAD datasets, allowing programs to be created quickly. Since a tool with a negative of the geometry is not required (as is the case with form EDM), this manufacturing step is eliminated and the laser can be used economically even for small batches or frequently changing geometries.
In addition to the construction of micro laser conditioning attachments and the development of the conditioning processes, the GFH offers the job shop manufacturing of specific components.
LASER TURNING
With a special trepanning optics, a thin laser spot with up to 25 microns is created and will be lead to the rotating work piece which brings it to the required form. Since in this case neither a mechanical nor a relevant thermal influence is acting on the material, even the smallest structures can be created precisely and with a surface roughness of <0,2 microns.
