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One Stop Shop for PCB Prototyping
With LPKF, the entire prototyping process - design, production, testing and optimization can be completed in a single day. Entire prototyping process - design, production, testing and optimization can be completed...
One Stop Shop for PCB Prototyping
With LPKF, the entire prototyping process - design, production, testing and optimization can be completed in a single day. Entire prototyping process - design, production, testing and optimization can be completed...
SMT / Finishing
From solder paste application to component placement, LPKF provides low-costs and proven processes for an electrically functional product in just a few simple steps.
SMT / Finishing
From solder paste application to component placement, LPKF provides low-costs and proven processes for an electrically functional product in just a few simple steps.
PCB Drilling
All holes on a circuit board can be drilled using LPKF's circuit board plotters or LPKF ProtoLasers.
PCB Drilling
All holes on a circuit board can be drilled using LPKF's circuit board plotters or LPKF ProtoLasers.
PCB Milling and Structuring
After the design of the circuit has been imported, the circuit board can be further developed.
PCB Milling and Structuring
After the design of the circuit has been imported, the circuit board can be further developed.
Intelligent Software for PCB Prototyping
LPKF Circuit Pro imports data from design software, generates the individual processing steps, prepares it for production, and guides the user through the prototype manufacturing process.
Intelligent Software for PCB Prototyping
LPKF Circuit Pro imports data from design software, generates the individual processing steps, prepares it for production, and guides the user through the prototype manufacturing process.
Through-Hole Plating
After the circuit board is manufactured, it requires through-hole plating, solder mask coating, solder paste printing, assembly and reflow soldering to become a completed electronic assembly.
Through-Hole Plating
After the circuit board is manufactured, it requires through-hole plating, solder mask coating, solder paste printing, assembly and reflow soldering to become a completed electronic assembly.