With ProtoPlate, LPKF closes a gap in prototyping three-dimensional molded interconnect devices. With laser direct structuring, a laser beam applies strip conductor structures onto a three-dimensional plastic component. Copper and other metal layers are then deposited on these structures in a currentless metallization process.Video
Creating Strip Conductors in a BeakerThe new ProtoPlate reduces the processing effort required for metallization considerably. Metallization of three- dimensional interconnect devices can now be carried out in your own laboratory without any appreciable chemical knowledge. The LPKF ProtoPlate basic package consists of an integrated processing cell with beaker, magnetic stirrer, temperature monitor and internal air filtering. The chemical consumables for the copper build-up are summarized in the LPKF ProtoPlate CU set.
As Easy as Making CoffeeMetallization is very easy: The clean structured components are immersed in the bath and metallization begins after a few minutes. Depending on the duration of the metallization process, uniform copper layers develop with a thickness of 3 μm to 10 μm on the plastic component. Finally, the LDS components are removed and rinsed.
Prototype 3D-Circuits in Your Own Lab
|LPKF ProtoPlate LDS|
|Enclosure size (W x H x D)||413 mm x 706 mm x 479 mm|
|Power supply||230 V AC, 50 Hz / 110 V AC, 60 Hz|
|Power input||600 VA|
|Ambient temperature||20 °C bis 24 °C (room temperature)|
|Chemical set CU*|
|Shelf life or storage of chemicals||Can be stored unopened for one year|
|Storage temperature of chemicals||5° C to 25° C, dry|
* For further details, see chemical safety data sheets and user manual
Brochure LPKF ProtoPlate