The “Nanoflow” Dispenser system was developed by Klocke Nanotechnik within a Micro Production System for the mass production of glass fiber assemblies in a precision that was not possible before. Nanoflow combines the properties of a simple and manually easy-to-use dispenser with the full automation capability of intelligent high-precision production line dispensers – at a favorable price.
- Highest precision: smallest drops can e.g. be generated directly at the output head
- Manual usage and within automation: processes can be developed by manual usage and later be repeated in complex automation systems.
- Predictable results: by controlled parameters such as pressure, temperature and reservoir level
- Real-time pulse sequences and pressure changes generated directly in the device to avoid communication bottlenecks.
- Intelligent macros controlled by footswitch
- Internal clock dispensing valve : > 120 cycles / minute
- External clock dispensing valve : > 600 cycles / minute
- Time domain internal dispensing valve : 0.01 to 1024 seconds
- Time domain external dispensing valve : 0,0001 to 1024 seconds
- Macro programs for all hardware modules of the dispenser and its accessories are available in the dispenser unit and freely programmable via PC.
- The software user interface can not only control and program Nanoflow, it can be expanded to automate complete (micro) production systems
- User lock during remote control
- Alarm settings and a beeper can be programmed.
- Freely programmable electrically isolated digital and analog inputs and outputs are provided, for example, control for other devices (heating, UV LED, read back signals)
- 2 -component dispensing with 2 synchronized dispenser or a double cartridge with mixer attachment.
Cartridge holder with angle adapter for horizontal dispensing without piston.
Cartridge holder with needle support against position errors caused by pressure changes.
Mini – dispensing head that requires no cartridge.
External fast, compact valve including back-suction.
Heating and cooling mini-dispensing head including temperature measurement.
Customized ultra-thin capillary tubes.
Adhesive bonding in electro optical applications
Fraunhofer-Institut für Fertigungstechnik und angewandte Materialforschung
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Nanomotors for liquid handling
Klocke Nanotechnik GmbH
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