Increasing requirements in rapid PCB prototyping for through-hole plating solutions requires special technologies from LPKF to plate different printed circuit board materials.
Description
1267 Recent ViewsIn Stock
Reliable through-hole plating is key to the success of the challenging PCB prototyping process. The LPKF Contac S4 unites various galvanic and chemical processes in one compact safety housing.
The board is passed through six baths of a bath cascade. This yields reliable copper layers on the surfaces of all existing vias, even in multilayer boards.
The Contac S4 can process up to eight layers with a maximum aspect ratio of 1:10 (hole diameter to PCB thickness). It offers a subsequent tin bath step for surface protection and improved solderability
Optimized anode plate and pulse reverse plating ensure homogeneous deposition, and carbon activation using black hole technology, integrated air blow-in, and an additional process step for via cleaning ensure reliable connections to the copper surface without the problem of layer detachment. The result is a homogeneous layer thickness in the holes and on the flat metal surface of the substrate.
The integrated touch panel with wizard safely guides even inexperienced users through the galvanization process. The process requires no knowledge of chemistry as the system automatically indicates the necessary maintenance steps.
Max. material size (X x Y)
230 mm x 330 mm (9” x 13”)
Max. layout area (X x Y)
200 mm x 300 mm (7.8” x 11.8”)
Reversing pulse plating
Adjustable
Tolerance
± 2 µm (plated copper)
Minimum hole diameter
≥ 0,2 mm
ViaCleaner
Included
Chemical tinning
Included
Process time
Approx. 90 - 120 min
Electrical consumption
115 / 230 V, 50 - 60 Hz, 0,6 kW
Dimensions (W x H x D)
856 mm x 446 mm x 542 mm (33.7” x 17.5” x 21.3”)
Weight
~ 80 kg unfilled, ~ 115 kg filled
For more information or a quote please call or use the IndustrySearch email enquiry form for a fast direct reply.
To contact Embedded Logic Solutions about LPKF PCB Through-Hole Electro Plating | Contact S4 use Get a quote.
Reliable through-hole plating is key to the success of the challenging PCB prototyping process. The LPKF Contac S4 unites various galvanic and chemical processes in one compact safety housing.
The board is passed through six baths of a bath cascade. This yields reliable copper layers on the surfaces of all existing vias, even in multilayer boards.
The Contac S4 can process up to eight layers with a maximum aspect ratio of 1:10 (hole diameter to PCB thickness). It offers a subsequent tin bath step for surface protection and improved solderability
Optimized anode plate and pulse reverse plating ensure homogeneous deposition, and carbon activation using black hole technology, integrated air blow-in, and an additional process step for via cleaning ensure reliable connections to the copper surface without the problem of layer detachment. The result is a homogeneous layer thickness in the holes and on the flat metal surface of the substrate.
The integrated touch panel with wizard safely guides even inexperienced users through the galvanization process. The process requires no knowledge of chemistry as the system automatically indicates the necessary maintenance steps.
Max. material size (X x Y)
230 mm x 330 mm (9” x 13”)
Max. layout area (X x Y)
200 mm x 300 mm (7.8” x 11.8”)
Reversing pulse plating
Adjustable
Tolerance
± 2 µm (plated copper)
Minimum hole diameter
≥ 0,2 mm
ViaCleaner
Included
Chemical tinning
Included
Process time
Approx. 90 - 120 min
Electrical consumption
115 / 230 V, 50 - 60 Hz, 0,6 kW
Dimensions (W x H x D)
856 mm x 446 mm x 542 mm (33.7” x 17.5” x 21.3”)
Weight
~ 80 kg unfilled, ~ 115 kg filled
For more information or a quote please call or use the IndustrySearch email enquiry form for a fast direct reply.
Trade With Confidence. The supplier of this item is approved as a Verified Supplier. Business registration, contact details and locations have been verified. Embedded Logic Solutions are also proudly displaying these credentials:
Established:
2004
Employees:
1-5
Customers:
Dept of Defence, Sydney University
Memberships:
Surface Mount and Circuit Board Association (SMCBA