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Converging on Shanghai - ACON4 Final and ABIT and Kingston Factories - ABIT Factory Tour in Suzhou - Product Checks and Manual Assembly

Last week we were in Shanghai, China for the ABIT ACON4 global gaming competition final. While we were in the country we also visited both ABIT and Kingston factories to learn the latest methods employed by both companies to produce their current lines of products.

By: | Trade Shows | Posted: Jun 15, 2004 4:00 am

ABIT Factory Tour in Suzhou - Product Checks and Manual Assembly



Once the PCB has cooled down, a factory worker manually checks over the motherboard to ensure the SMT machine a few stations earlier placed the ICs in the correct location.




Furthermore, a computer based check is also performed to ensure the ICs have been placed correctly. The machine above is able to detect if there is a problem and then alert staff.



Now we enter another part of the factory where various other components, such as PCI slots, are manually added to the motherboards. You can see the lady in the photo above scanning the motherboard. This allows ABIT factory employees to track any particular motherboard throughout the factory if it is required.



Here we can see ABIT's Japanese-made capacitors being placed on the motherboard. Throughout our trip, ABIT stressed their obvious moves to increase quality and reliability of their motherboards and one of the major ways to push this notion into action was by choosing to use more expensive and better quality Japanese-made capacitors which cost around one or two cents (USD) more per piece. When you're talking the quantity of production from a company like ABIT, that amount adds up quickly.



The final step before the motherboards pass through the solder machine is for the PCI slots to be placed on.



Here we see the motherboards passing through the solder wave machine which magically solders all the ICs and so forth to the motherboard.



Once the motherboard has passed through the wave solder machine, it is then cooled again.



This ladies job is to remove excess solder from the motherboards which may or may not be left behind by the machines earlier in production.



Quite a few different things are being placed on the motherboard here. The one thing we wanted to focus on was the applying of thermal paste, which you can see if you look carefully.



And here the Northbridge heatsink is being placed on the motherboard - the final component to be added before the testing begins.


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