Automated process lines
Aviation Industry
Get customized turnkey solutions from industry leader. Galvatek offers automated solutions for aviation industry for the maintenance, repair and overhaul and manufacturing of aircraft components. Our aviation experience spans over three decades and covers a volume of completed projects.
Aluminium Industry
Maximize your output capacity and energy efficiency. Galvatek tailors automated solutions for aluminium industry from large scale aluminium profile anodizing lines to plating of small parts. We complete our offering with water and effluent treatment plants to meet environmental
requirements.
Energy Industry
Ensure your process durability and personnel safety. Galvatek delivers automated gas turbine parts stripping lines for energy industry. For power plant flue gas cleaning, our waste water treatment plants are used in
neutralization the wash waters.
Defence industry
Meet all MIL and NADCAP specifications easily with Galvatek’s automated surface treatment plants. As the market leader in the aviation industry, Galvatek plants are designed to meet the highest standards in terms of quality, a safe working environment and maximum up-time as demanded by the defence industry.
Metal Finishing Industry
Optimize your workflow and production quality. Galvatek supplies electroplating lines, chemical surface treatment and effluent and water treatment plants for various applications of metal finishing, including automotive, electric and electronics, mechanical engineering, tool manufacturing and furniture industry.
Key Benefits
Higher quality
Galvatek's automated solutions result in better overall quality, while increasing productivity. Thanks to our automation system all process treatments can be traced back to a single item even over a long period of time.
Lower costs
With modern Galvatek plant you are able to gain notable cost savings in human resources, consuption of raw materials and energy.
Minimised human errors
Galvatek's Galcont process control systems run on industrial quality computers, optimising the automation of plant processes. This minimises human involvement, resulting in increased accuracy and safety.
