4JET microtech GmbH & Co. KG

Konrad-Zuse-Str. 1, 52477 Alsdorf
Germany
Telephone +49 2404 55230-0
Fax +49 2404 55230-11
info@4micro.de

Hall map

glasstec 2018 hall map (Hall 11): stand A31

Fairground map

glasstec 2018 fairground map: Hall 11

Contact

Klaus Schiffer

Director Sales

Thomas Melle

Head of MicroFab

Visit us

Hall 11 / A31

23.10.2018

Topic

09:00 - 17:00

Live Show - Glass Cutting with TWIN Platform (every hour)

Our TWIN platform is designed for laser processing of glass or film substrates. The modular design allows the integration of up to two parallel or sequentially working process heads – for increased throughput or a combination of different processes in one machine.
Standard applications include the laser cutting of technical glasses with the PearlCutTM process, laser glass drilling or the precise laser patterning of thin conductive films (ITO patterning) for the production of optoelectronic devices such as touch panels, LEDs, OLEDs or Smart Windows as well as in automotive and life sciences applications.
Substrates are clamped to the processing table by vacuum and precisely aligned by a CCD camera. CAD layouts of the processing paths can be directly imported into the machine software for setup of recipes. For integration into automated production environments individual loading and unloading systems are available.

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24.10.2018

Topic

09:00 - 17:00

Live Show - Glass Cutting with TWIN Platform (every hour)

Our TWIN platform is designed for laser processing of glass or film substrates. The modular design allows the integration of up to two parallel or sequentially working process heads – for increased throughput or a combination of different processes in one machine.
Standard applications include the laser cutting of technical glasses with the PearlCutTM process, laser glass drilling or the precise laser patterning of thin conductive films (ITO patterning) for the production of optoelectronic devices such as touch panels, LEDs, OLEDs or Smart Windows as well as in automotive and life sciences applications.
Substrates are clamped to the processing table by vacuum and precisely aligned by a CCD camera. CAD layouts of the processing paths can be directly imported into the machine software for setup of recipes. For integration into automated production environments individual loading and unloading systems are available.

More Less

25.10.2018

Topic

09:00 - 17:00

Live Show - Glass Cutting with TWIN Platform (every hour)

Our TWIN platform is designed for laser processing of glass or film substrates. The modular design allows the integration of up to two parallel or sequentially working process heads – for increased throughput or a combination of different processes in one machine.
Standard applications include the laser cutting of technical glasses with the PearlCutTM process, laser glass drilling or the precise laser patterning of thin conductive films (ITO patterning) for the production of optoelectronic devices such as touch panels, LEDs, OLEDs or Smart Windows as well as in automotive and life sciences applications.
Substrates are clamped to the processing table by vacuum and precisely aligned by a CCD camera. CAD layouts of the processing paths can be directly imported into the machine software for setup of recipes. For integration into automated production environments individual loading and unloading systems are available.

More Less

26.10.2018

Topic

09:00 - 17:00

Live Show - Glass Cutting with TWIN Platform (every hour)

Our TWIN platform is designed for laser processing of glass or film substrates. The modular design allows the integration of up to two parallel or sequentially working process heads – for increased throughput or a combination of different processes in one machine.
Standard applications include the laser cutting of technical glasses with the PearlCutTM process, laser glass drilling or the precise laser patterning of thin conductive films (ITO patterning) for the production of optoelectronic devices such as touch panels, LEDs, OLEDs or Smart Windows as well as in automotive and life sciences applications.
Substrates are clamped to the processing table by vacuum and precisely aligned by a CCD camera. CAD layouts of the processing paths can be directly imported into the machine software for setup of recipes. For integration into automated production environments individual loading and unloading systems are available.

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Our range of products

Product categories

  • 01  Glass production/Production Technology
  • 01.14  Photovoltaic production/Production Technologies
  • 01.14.02  Panel production
  • 01.14.02.03  Structuring

Structuring

  • 01  Glass production/Production Technology
  • 01.14  Photovoltaic production/Production Technologies
  • 01.14.02  Panel production
  • 01.14.02.05  Edge deletion

Edge deletion

  • 02  Glass processing and finishing
  • 02.05  Laser technology
  • 02.05.02  Laser marking technology

Laser marking technology

  • 02  Glass processing and finishing
  • 02.05  Laser technology
  • 02.05.03  Laser drilling technology

Laser drilling technology

  • 02  Glass processing and finishing
  • 02.05  Laser technology
  • 02.05.04  Laser removing technology

Laser removing technology

Our products

Product category: Laser cutting technology

High Quality Edges in only one Pass thanks to PearlCutTM Laser Process

PearlCutTM is a laser process solution for precision cutting of glass components in any shape, including undercuts. Ultrafast laser pulses and a dedicated beam shaping ensure that the substrate is cut with highest precision and high quality edges, in just one process step. At cutting speeds of about one meter/second, the PearlCutTM process maintains an accuracy level of just a few μm.
Applications include free shape cutting of thin glass parts for mobile electronics and display substrates and cover glasses, yet the process is also suitable to separate thicker glasses for other applications.

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Product category: Laser cutting technology

Free shape drilling and edge chamfering thanks to flexible laser process

 Other than conventional mechanical processes, laser glass drilling provides for a touchless and dry process, as well as minimized wear of the substrate glass. Post processing of the hole edges is not required.
Further advantages include not only the high process stability and reproducibility, but also the high flexibility. In addition to typical round holes the software allows different drill geometries including bevels.

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Product category: Laser cutting technology

Flexible and mask-free Patterning Process

Laser ablation is used in the production of smart windows, solar panels, organic LED or flat panel displays.
Laser processing enables both precise patterning (e.g. ITO patterning) – beyond limiting scan field sizes – as well as a large area removal (laser ablation) of transparent conductive, semi conductive, organic and metallic layers. Process parameters are tuned to each layer stack and material.

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About us

Company details

4JET microtech provides total solutions for laser micromachining applications: Laser Glass Cutting and Drilling, Thin-Film Ablation and Surface Processing

The 4JET microtech team develops integrated laser systems that combine laser process technology and automation to a total solution for mass production. We have extensive know-how in thin-film ablation, cutting and drilling of transparent materials and modification of technical surfaces.

Our systems combine precision, speed and cutting edge laser process technology based on short and ultra-short laser pulses. To assure the performance reliability only proven product platforms yield and in order to drive down cost and lead times, we have developed modular platforms that allow to quickly configure multiple laser process modules in a highly precise and compact machine design with easy to operate and highly flexible controls.
We offer a job shop for precision processing of glass, thin-films and optoelectronic components. 4JET MicroFab is the first dedicated service provider for free form glass cutting services utilizing the kerf-free and high quality PearlCutTM process. From prototypes to volume production needs – we make it happen!

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Company data

Export content

> 75%

Number of employees

11-30

Foundation

2016

Area of business
  • Glass processing and finishing
  • Display glass and laser technologies

Company information as a PDF file