Electronics Manufacturing

With the ability in viewing small, irregular shaped objects and remotely determining thermal characteristics and temperatures, infrared cameras have been valuable assets to both production and diagnostic areas in the electronics industry. They enable electronics companies to quickly identify electrical problems in their products before having to encounter more severe problems down the road. Therefore, they can maximize production efficiency, minimize time to market and keep off costly recalls and warranty issues.

Petrochemical Manufacturing

As it is extremely energy intensive, the refining process of petrochemical manufacturing requires careful thermal monitoring to ascertain safety and thermal efficiencies of each process. Examining such thermal processes with high temp- measuring infrared thermal camera can provide a quick and accurate diagnosis of problems and save refineries high damage-related costs. Refineries can attain a higher level of productivity and increase profitability by using infrared cameras to carry out tank level verification, condenser fin diagnosis, furnace maintenance, refractory loss management and electrical and mechanical maintenance.

Paper Manufactur

Based on water removal through drainage, the paper manufacturing process contains several stages in which mechanical pressing and the application of heat can provide a thermal imprint. Using infrared equipment to monitor each of these stages as well as preventing electrical and mechanical failure by carrying out traditional predictive maintenance with such equipment can result in a higher quality product and minimize costs by averting failures.

Food Processing

Food processing companies are constantly stumbled by boundaries of safety, product quality and economy. IR thermal imaging makes it easy to get out. IR thermal imaging provides the measurement capability to safely and economically achieve a high quality and thus accomplishment of a company in the increasing vehement competition for market share.
For products such as chips or bacon with thin profile, thermal imaging provides accurate measurements of surface temperature and calibrated images that work well enough without further processing.
For products with substantial thickness, the surface temperatures may be used as an input into a mathematical model describing the thermal properties of the product. With such a model, volumetric thermal properties and statistical analyses may be extended to many additional products.

Glass Manufacturing

It is imperative for glass manufacturing process to monitor temperatures at critical junctures during production. Since nature of the process is thermal, the quality of manufactured glass relies on obtaining accurate temperature readings of various elements such as glass mold, ˇ°gobˇ±, steel conveyor belt and furnace. Using easily deployable infrared cameras to monitor these temperatures as well as preventing electrical and mechanical failure by carrying out traditional predictive maintenance with such equipment can result in a higher quality product and minimize costs by averting failures.

Steel Manufacturing

• Non-Destructive Testing
• Condition Monitoring
• Production Monitoring
• Quality Assurance
• Machine Vision
• Others