marco offers customized micro dispensing system solutions
Overview
marco designs and builds dispensing systems based on our own proprietary piezo-ceramic technology. Products include dispensing valves and control units for challenging dispensing and micro-dispensing tasks. To provide a one-shop-stop solution to our customers we also offer a wide range of media preparation and supply systems for bubble-free dispensing, as well as gantry systems to integrate our systems into your production line.
Founded in 1982, marco employs 330 people today with headquarters located in Dachau, Germany near Munich. Design and manufacturing are in Germany only and technical service centres are located throughout the world including USA, China, Korea, Malaysia, Vietnam, France, Eastern Europe and Mexico.
Our innovative modular design approach enables effortless customization of our products to meet specific fluid and application requirements, resulting in a faster time to market and significantly lower cost of ownership. Our specialization lies in contact and non-contact dispensing in the micro- and nano-litre range, with high frequency performance.
marco provides a diverse product line of valves and fluid system configurations for various applications in the electronics assembly industry.
- StepDot system for specific type solder paste formulations
- Superior jet dispensing system for solder paste, underfill epoxy and bonding adhesives
- Hot Melt dispensing system for PUR materials
- 2-component jetting systems for 2 part media
- Piezo actuated slider valve for silicone encapsulants used in LED assembly
- HMI-software controls for intuitive programming, data analysis and factory optimization
- Process controls for dispense monitoring and compensation
- Innovative flank shaping control for optimizing actuation parameters and fluid dynamics
- Volumetric control system for real time process monitoring precision dispensing
- System components: electronic pneumatic regulators, pressure amplifiers, piezo sensors
- Actuation frequency up to 2,000 Hz