Discharge high-viscosity liquids in the fL-nL range! Useful for exploring discharge conditions for unknown liquid materials.
The "ODS-P01" is a device that observes the liquid ejection from a side view. It is suitable for understanding the droplet formation process and the optimal droplet formation conditions (applied voltage and pulse width) for liquid materials. Additionally, images for examining the contact angle of micro-droplets can be easily obtained. The patterning area of this device is 20mm square. Furthermore, we also offer the "ODS-P02," which allows observation of droplets from both the side and an oblique upward direction. 【Features】 - Observes liquid ejection from the side of the nozzle - Convenient for exploring ejection conditions for unknown liquid materials - Patterning area is 20mm square - Equipped with two droplet observation systems: one from the side and one from an oblique upward direction (ODS-P02) - Standard patterning area is 50mm square (ODS-P02) *For more details, please refer to the PDF document or feel free to contact us.
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basic information
【Basic Specifications】 ■ Components: Main unit, controller, desktop PC, dedicated software ■ Nozzle holder 1 piece, replacement nozzle: outer diameter 10–200μm (glass) ■ Applied voltage: 3 types (DC, Pulse, AC) (±3000V) ■ Applicable range ・P01: 20mm square ・P02: 50mm square ■ Observation direction ・P01: Directly horizontal (1ch) ・P02: Directly horizontal (1ch) + diagonally upward (1ch) ■ Accessories (suction tool, replacement nozzles 25, 40μm each 30 pieces) ■ Options (expansion of applicable range, pressurization unit, chamber, etc.) *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Our company provides essential technological elements for "manufacturing with nanomaterials" to society, contributing to the realization of a "rich and resource-efficient society" that actively utilizes nanomaterials, while also promoting the prosperity of our stakeholders. In "manufacturing with nanomaterials," process technologies such as the production of nanomaterials, dispersion in poor solvents, film formation (coating), patterning, and three-dimensional structuring are required. Our company develops, manufactures, and sells specialized equipment for these processes, as well as engages in the sale of products manufactured using that equipment.
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