Professional Inhouse PCB Multilayer Process

Рет қаралды 22,100

Күн бұрын

The LPKF lab equipment enable the production of pcb prototype and multilayer boards inhouse. The LPKF ProtoLaser U4 prepare the surface of each layer and cut the through holes and pockets after pressing.
The LPKF Multipress S cover the hot press process by predefined settings Multilayer PCB Prototyping | LPKF: bit.ly/3vUqLZW.
The inhouse electroplating for via and blind-vias is processed by LPKF Contac S4. Multilayer boards on all laminated materials are possible, such as copper-clad FR4, ceramic or PTFE filled RF materials or on copper coated foil materials.
Find out more about inhouse Multilayer processing in LPKF´s virtual showroom LPKF Product Showroom: bit.ly/3tDsHV9

Пікірлер: 13

@RobertLopez66 10 ай бұрын

I’m excited to take this journey with you. Looking forward to the next video.

@darkonchemugarira256 16 күн бұрын

how much is this whole set of these machines

@ingenierocristian Жыл бұрын

Holy Molly!

@bartolomeudeoliveira7176 Жыл бұрын

I loved your work, I would like to talk to you

@LelahomAmira 2 жыл бұрын

Price of all them ?

@gsel1128 2 жыл бұрын

$260,000

@user-gk8xr8pd5f 2 жыл бұрын

@@gsel1128 what about the production capacity? How about profitable for small workshop or its just for laboratories?

@gsel1128 2 жыл бұрын

@@user-gk8xr8pd5f couldn't tell you yet. My lab just purchased pretty much all of this equipment to try and do small batch prototyping of some pretty high tolerance boards. But if it works like it says on the box, it should be profitable. 2mil trace and 1 mil trace boards hardly even exist in the commercial world, so you could probably charge like $12,000 for about 50 of the boards if you assembled them and made them look presentable. But I would say working in laboratories would be the main idea behind the machines

@user-gk8xr8pd5f 2 жыл бұрын

@@gsel1128 ty

@gsel1128 2 жыл бұрын

@Bonny _ Depends what you mean by school lab. If its for educational purposes then I would go with something else. A simpler milling machine using small rivets for vias would be much easier to use with students and a whole lot cheaper/safer. If you're looking at it for research purposes, thats a different story. The lasers are really quite good at removing copper and other materials on a very fine scale (about 2 mil trace/space for copper PCBs), but making fully functional boards is quite the process and they rarely come out as clean as production PCBs. The electroplating machine in particular is pretty bad.