| Many of the environments that an industrial computer | | | | date. |
| has to work in are certainly not suitable for a | | | | Whilst industrial PCs are very stable, running |
| conventional desktop PC. Many areas in production | | | | ten-year-old technology does mean many |
| and manufacturing contain many of the things that | | | | manufacturing processes are not being controlled as |
| will finish off a sensitive piece of electronics like a PC | | | | efficiently as they should be and the time eventually |
| instantly; dust, grime, grease, water, fluids, extreme | | | | comes when a upgrade can be put off no longer and |
| temperatures not to mention the odd knock from a | | | | the industrial machines are replaced costing a fortune |
| pallet truck or forklift. | | | | in replacement units and production downtime. |
| However while industrial machines are designed and | | | | This has always been a catch-22 for industry trying |
| built to cope with almost anything they are | | | | to weigh up the cost of upgrading compared with |
| extremely expensive and suffer from a lack of | | | | the possible improvements to production an upgrade |
| advanced performance and technology that a | | | | will bring about. |
| conventional PC offers. | | | | A solution to the problem is now apparent thanks to |
| Many industrial computers are made solid state (no | | | | several manufacturers of industrial computer |
| moving parts) meaning components have to be small | | | | enclosures. They have been designed and |
| and compact. Moreover, industrial computers are | | | | manufactured to house a conventional off-the-shelf |
| usually sealed machines, their design optimised for | | | | desktop PC yet still provide the robustness of a |
| protection which means components need to be | | | | bespoke industrial computer. |
| reliable as a breakdown will result in a service | | | | These enclosures are made from all types of material |
| engineer being called and the inevitable delays in | | | | including food-grade stainless steel and can be used in |
| production this can cause. | | | | all hazardous and hostile environments that a |
| Because of these design prerequisites industrial | | | | conventional industrial computer can go from dust |
| computers run older hardware components many | | | | and explosive atmospheres to wet rooms, furnaces |
| several years out of date. While many of the | | | | and freezers. |
| processes that an industrial computer will control may | | | | As well as being far less expensive than buying a |
| not require high processing power or the manipulation | | | | bespoke industrial computer these enclosures have |
| of graphics many of these machines can be | | | | allowed manufacturing and production lines to use a |
| adequate. | | | | conventional low cost PC in environments that they |
| However, an industrial computer is designed to last | | | | could normally not function in allowing the use of |
| for several years meaning after four of five years of | | | | current technologies to ensure processes and |
| use the hardware could be over a decade out of | | | | production are running as efficiently as possible. |