Printed Circuit Boards Industry electronic multilayer printed circuit.

... production and on time dependability enables you to be one step ahead in your product launch. Moreover comprehensive artwork engineering prior to production provides | PRINTED CIRCUIT BOARDS INDUSTRY | additional certainty to product reliability and shall guarantee that your choice of us is a big advantage in times of ruthless competition. Concluding from our | PRINTED CIRCUIT BOARDS INDUSTRY | own innovative automation concepts, flexibility and our unbending effort to be at the cutting edge, we ensure PCBs at highest possible level of quality at | PRINTED CIRCUIT BOARDS INDUSTRY | prices, being competitive worldwide. As the role of PCBs gets more and more crucial for the business success in times of shortening time to market | PRINTED CIRCUIT BOARDS INDUSTRY | cycles, 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 INDUSTRY | 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 INDUSTRY | a comprehensive review with regard to a sustainable ...
[ Printed Circuit Boards Industry ]


... higher melting temperatures has not yet been reliably tested. In addition, OSP does not bond. The ability to bond with soldering paste – in | PRINTED CIRCUIT BOARDS INDUSTRY | particular with lead-free soldering paste – depends greatly on the soldering procedure, such as convection ovens with or without a nitrogen atmosphere, high cooker ovens, | PRINTED CIRCUIT BOARDS INDUSTRY | etc Tests so far show that bonding is not as good as with the other named surfaces. Therefore, the self-centralising effect is noticeably lower and | PRINTED CIRCUIT BOARDS INDUSTRY | requires greater precision of solder paste pressure. In addition, the test for soldering ability showed that emphasis should be placed on a suitable flux agent, | PRINTED CIRCUIT BOARDS INDUSTRY | as this, in addition to the thermic effect, also leads to the removal of the OSP layer. In Europe, there is a lack of enthusiasm | PRINTED CIRCUIT BOARDS INDUSTRY | for OSP, especially due to the great demands made on the flexibility of lead-free surfaces, plus the need for multi- soldering using a variety of | PRINTED CIRCUIT BOARDS INDUSTRY | thermic processes with standard flux agents. DIFFERENT INDUSTRIAL STRUCTURES – DIFFERENT SURFACES It ...
[ Printed Circuit Boards Industry ]


... on to an accumulator for cool down and availability to the imaging operation. Image LPI Mask Dried solder mask is imaged in a manner | PRINTED CIRCUIT BOARDS INDUSTRY | similar to that used for imaging the circuitry. Phototools containing black areas where the solder mask is to be removed are placed in direct contact | PRINTED CIRCUIT BOARDS INDUSTRY | with both sides of the panel. The panel is then exposed to UV light. The amount of light used is controlled by an integrator. Printing | PRINTED CIRCUIT BOARDS INDUSTRY | is done with a semi-automatic dual drawer printer. While one drawer is being loaded with a panel and phototools, the other is inside the machine | PRINTED CIRCUIT BOARDS INDUSTRY | being exposed. This dual drawer printing system runs at the same rate as the screen printer to insure continuous flow. Develop LPI Mask After the | PRINTED CIRCUIT BOARDS INDUSTRY | panel has been exposed, it is placed in a vertical developer. The unexposed solder mask is dissolved in a high pressure spray of developing solution. | PRINTED CIRCUIT BOARDS INDUSTRY | The solution temperature, concentration and conveyor speed control the development process. The developer solution concentration is ...
[ Printed Circuit Boards Industry ]