... versatile system yields total process cost reduction Panel Plating a Flash of Copper The panels are online in a wet state transferred to our | PRINTED CIRCUIT BOARDS MANUFACTURING | automatic electrolytic copper plating lines to get a flasch of copper.. The panels are attached to plating racks. When the racks are moved to the | PRINTED CIRCUIT BOARDS MANUFACTURING | loading station, the system computer instructs the hoist to pick up the rack and begin the plating cycle. The copper plating time is approximately one | PRINTED CIRCUIT BOARDS MANUFACTURING | hour. Electrolytic copper of minimum thickness 12 microns is deposited on the surface of the panel and on the walls of the drilled holes. This | PRINTED CIRCUIT BOARDS MANUFACTURING | is achieved by applying an electric current to a cell comprising the panel (the cathode) and a set of copper bars (the anodes) suspended in | PRINTED CIRCUIT BOARDS MANUFACTURING | a conducting medium (the electrolyte). A plating history log is maintained on the shop floor control computer which assists the operator in making minor adjustments | PRINTED CIRCUIT BOARDS MANUFACTURING | to the plating current. Finally, the panels are rinsed and returned to the unload station. Sample ...
[ Printed Circuit Boards Manufacturing ]... specs, the fabricator might have to modify the data, and that's the last thing you want. So now we have an alternate reality: You've | PRINTED CIRCUIT BOARDS MANUFACTURING | finished the PCB layout (check out those negative planes!). You output the 274X and IPC-D-356 netlist files. The data are fed into a fab analysis | PRINTED CIRCUIT BOARDS MANUFACTURING | tool and run through their paces. Clearances are good. No possible soldermask flaking. Spacing between the drills is just right. You hand the data set | PRINTED CIRCUIT BOARDS MANUFACTURING | to the fabricator, and voila! No unexpected phone calls, no changes in the layout, and the fabricator happily sends back a good set of boards | PRINTED CIRCUIT BOARDS MANUFACTURING | on time. Our recommendations for the correct storage of PCBs and MLBs A.1 ) Brief desricption of the problem: PCB`s, especially Multilayer boards are extremly | PRINTED CIRCUIT BOARDS MANUFACTURING | sensitive towards moisture The microscopic structure of the Multilayer material develops a strong capillary power that soaks up the humidity of the surrounding air. Even | PRINTED CIRCUIT BOARDS MANUFACTURING | under very dry conditions it is a question of time that water accumulates in the ...
[ Printed Circuit Boards Manufacturing ]... our products offer more potential for saving money than the price per unit: Our service & advisory concept helps you to launch your product | PRINTED CIRCUIT BOARDS MANUFACTURING | on the market "on the first hit". Technology Center "PP" (Pre Production): In our Computer Aided Product Engineering (CAPE) Department the boards are submitted to | PRINTED CIRCUIT BOARDS MANUFACTURING | a comprehensive review with regard to a sustainable manufacturability by one of the latest computer front-end systems. Naturally any fault in design or mechanics and | PRINTED CIRCUIT BOARDS MANUFACTURING | any potential modification to reduce costs or increase yield is passed through to the customer on a fast communication transfer. Thatīs our understanding of service | PRINTED CIRCUIT BOARDS MANUFACTURING | commitment. DFM (Design For Manufacturing), FMEA (Failure Mode and Effects Analysis), CIP (Continuous Improvement Program) and SPC (Statistical Process Control) are applied depending on product | PRINTED CIRCUIT BOARDS MANUFACTURING | requirements. Sensitive calculation: We do not need a price "policy" as we use a sensitive - flexible calculation. Every progress in production efficiency for your ...
[ Printed Circuit Boards Manufacturing ]