■ Long service life thanks to the use of special materials and coatings suitable for processing highly abrasive materials ■ Low wear and reduced maintenance thanks to compensating coupling between drive and metering piston ■ Variable mixing ratio and variable discharge rate thanks to modular structure ■ Variable speed and maximum precision thanks to two independent servo drives ■ Material discharge in shot or bead form ■ Multiple shots with one piston volume enable short cycle times ■ Pressure monitoring in metering chambers and pre-pressure adjustment for optimized metering results ■ Automated leak test ■ Hermetic piston sealing with sealing liquid ■ Use of disposable mixing tubes We are one of the world's most experienced manufacturers of high-quality metering technology. Wherever adhesives, resins, silicones or lubricants are metered and applied in industrial production, we offer reliable, precise solutions. We provide systems and components for highly automated production processes, including for the automotive, wind, household appliances and electrical industries, as well as for aviation. DOPAG is part of the HILGER & KERN GROUP, a reliable supplier and a development and service partner to industrial companies in a variety of market segments for almost 100 years. The group employs around 350 people and has subsidiaries and distributors in more than 40 countries. Global sales and service network Find your local DOPAG contact DOPAG Benelux DOPAG India DOPAG Switzerland DOPAG China DOPAG Italy Alpignano (Turin) DOPAG Eastern Europe DOPAG Korea Erlanger, Kentucky DOPAG France DOPAG Mexico Saltillo, Coahuila DOPAG Germany Hilger u. Kern, Mannheim DOPAG Nordic vectomix TC FOR PROCESSING THERMALLY CONDUCTIVE MATERIALS We're present in more than 40 countries. Find your local sales partner here:

Precise application thanks to a robust piston metering system vectomix TC Metering systems for electronic components and for the mobility of the future Hardened steel components guarantee a long product life Effective heat dissipation in electronic and electrical components is becoming more and more important. Thermal energy has to be evenly distributed and dissipated in a wide range of components in order to prevent breakdown and overheating. In addition, many components are becoming smaller and space is getting tighter. Power density is increasing. Heat is generated on ever smaller surfaces...