Equipped with an electrostatic nozzle head that can be observed directly from above the work! Capable of dispensing high-viscosity liquids in the fL-nL range.
The "QDX500" is an electrostatic dispensing and patterning device equipped with a downward observation type electrostatic nozzle head that can be observed from directly above the nozzle. This head is set to focus the camera on the workpiece, allowing real-time monitoring of droplets and lines formed directly beneath the nozzle. The drawing area of this device is 50mm square for the standard model. If you wish to expand the drawing area, it can be accommodated as an option. 【Features】 ■ Capable of dispensing high-viscosity liquids in the fL-nL range ■ Equipped with an observation mechanism suitable for drawing from directly above ■ Real-time monitoring of droplets and lines formed directly beneath the nozzle ■ Standard drawing area is 50mm square *For more details, please refer to the PDF document or feel free to contact us.
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【Specifications】 ■ Components: Main unit, controller, desktop PC, dedicated software ■ Drawing nozzle: 1 piece, exchangeable nozzle piece: outer diameter 20–200μm (made of glass) ■ Applied voltage: 3 types (DC, Pulse, AC) (±3000V) ■ Drawing area: 50mm square (repeat position accuracy ±2μm) ■ Z-axis movable range: 100mm (repeat position accuracy ±2μm) ■ Fixing method: Vacuum chuck (table size 80mm) ■ Observation direction: Observing the workpiece from directly above the nozzle ■ Options: (Expansion of applicable range, pressurization unit, lateral observation head) ■ Utility: AC100V 12A (MAX) ■ Weight, size: Below 160kg, W600×D800×H950 *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.