Nanotechnology is helping to considerably improve, even revolutionize technology and different industry sectors: information technology, energy, environmental science, medicine, homeland security, food safety, and transportation, etc. By using nanotechnology, materials can effectively become stronger, lighter, more durable, more reactive, more sieve-like, or better electrical conductors.
Nikyang brings you the microdrop Technologies’s advanced micro-dispensing and inkjet printing applications in the areas of electronics, life science, polymer, sensor, chips, or any field you can imagine. Microdrop technology provides a powerful tool which can produce individual stable droplets, and this advanced technology is feasible to solve challenging problems, such as dispensing high viscosity liquids, flexible dispensing and complex structure dispensing, etc. With special designs, it can be applied in different fields for various materials.
The microdrop Autodrop system provides a versatile platform for inkjet printing and material deposition on a broad range of substrates. The entry level model, the Autodrop Compact System, is an automatic printing system of modular design with which can control up to 2 parallel dispenser heads or pipettes.
The microdrop Autodrop system provides a versatile platform for inkjet printing and material deposition on a broad range of substrates. The most advanced model, the Autodrop Professional Positioning System MD-P-802 is a versatile printing platform designed for high precision in the μm-range. Using the same advanced inkjet printing technology as the mid-range Autodrop Gantry, but featuring a range of enhanced capabilities, it is suitable for both R&D and production applications.
The microdrop Autodrop system provides a versatile platform for inkjet printing and material deposition on a broad range of substrates. The Autodrop Gantry is a sophisticated automatic printing system with support for up to 8 parallel dispenser heads or pipettes. Designed for inline production, it can be used on many surfaces, e.g. plastics and stents; conducting polymers used in electronic devices such as OLED's, displays, solar cells, sensors, RFID-Tags, conductive lines; and others.
Nanojet dispenser heads feature a miniaturized solenoid valve and a glass capillary nozzle through which the liquid is emitted. The liquid is transported from the reservoir to the dosing head by means of gas pressure.
The function selection and control of the dispenser head can be chosen manually at the touch panel control or via a TTL-interface from an external location.