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- microSCRIBE OSP
microSCRIBE OSP
microSCRIBE OSP
- One-Stop Patterning Process: Integrates classical laser structuring steps (P1, P2, P3) into a single process on one platform, applicable to all CIGS thin-film technologies.
- Efficiency and Yield: Increases module efficiency by up to 0.8% by reducing dead zones and improving layer quality, leading to higher yields.
- Cost and Space Reduction: Reduces production costs and line footprint by up to 40% through fewer tools and simplified processes.
- Enhanced Production Flow: Minimizes cleaning steps and vacuum loading/unloading, offering better control of frontend processes.
- Laser Sources: Utilizes nanosecond and picosecond lasers.
- Beam Delivery: Features two separate beam paths for scribing P1 and P2.
- Interconnection: Employs inkjet printing technology.
- Drying: Utilizes UV curing technology.
- Positioning System: XY positioning system for panels up to GEN 5 size.
- Loading: Automatic loading and unloading with inline integration capability.
- Alignment: Vision and alignment system for precise module positioning.
Catalog excerpts
microSCRIBE OSPTM All-new production equipment for integrated series connection of thin-film photovoltaics First Choice in microMachining
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microSTRUCT OSPTM microSCRIBE OSPTM Innovative production system for integrated series connection of thin-film photovoltaics The microSCRIBE OSPTM is the first production equipment worldwide that conducts the integrated series-connection of a thin-film solar module on one single platform and in one single production step. The microSCRIBE OSPTM structures the modules only once with the all-new One-Stop Patterning process (OSP) - after all of the functional layers have been deposited on the substrate. This significantly simplifies the production process. In addition, it increases the accuracy considerably,...
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microSTRUCT OSPTM Benefits of microSCRIBE OSPTM `` Higher efficiencies through smaller dead zones and improved layer qualities `` Higher yields `` Attractive and aesthetical appearance of the modules `` Performance boost as upgrade for existing production lines `` Considerable reduction of costs of ownership for new production lines `` Simplification of production flow by reduced cleaning steps and less vacuum loading/unloading `` Better control of frontend processes `` Reduction of the line footprint up to 40% by less tools Standard system configuration microSCRIBE OSPTM Laser sources ♦ Nanosecond...
Open the catalog to page 3
First Choice in microMachining
Open the catalog to page 4All 3D Micromac catalogs and technical brochures
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