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We would like to introduce Hamamatsu Nanotechnology Co., Ltd.'s "Electrostatic Spray Coating Technology." This technology involves atomizing liquid materials, such as nano-dispersed liquids, into fine droplets using high voltage and spraying them onto a substrate surface to form a layered film. It can accommodate customization for film formation range, quantitative pumps, hot plates, and more. Additionally, it features a wide range of compatibility for thin coatings. 【Features】 ■ High-quality electrostatic spraying that excels in fine droplet formation ■ Dispersion coating on substrates that brings out the functions of nano materials ■ Film formation of fine filling structures and porous structures made from nano materials ■ Film formation is possible even on insulating substrates ■ Sample preparation suitable for observing individual nano materials (for electron microscopy and atomic force microscopy) *For more details, please refer to the PDF document or feel free to contact us.
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Free membership registrationWe would like to introduce Hamamatsu Nanotechnology Co., Ltd.'s "Electrostatic Dispensing and Patterning Technology." "Electrostatic dispensing" is a method that applies a pulse voltage to a liquid material filled in a nozzle, creating an electrostatic attraction force from the induced charges generated at the workpiece and the nozzle tip, which forms micro-droplets on the workpiece. Since this method draws liquid material from the nozzle tip, it has lower pressure loss compared to discharge methods that rely on internal pressurization of the nozzle, making it suitable for high-viscosity materials of several thousand mPa·s. 【Features】 ■ Capable of drawing dots from φ2μm and line widths from 10μm using electrostatic micro-dispensing technology ■ Adaptable to high-viscosity materials (up to 10000 mPa·s) ■ Product lineup equipped with observation methods tailored to the purpose (lateral observation, reflection observation) ■ Achieves high flexibility in drawing with simple language *For more details, please refer to the PDF materials or feel free to contact us.
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Free membership registrationWe would like to introduce Hamamatsu Nanotechnology Co., Ltd.'s "Nanoparticle (Ink) Technology." Using methods such as chemical synthesis, liquid-phase laser ablation, ultrasonic grinding, and ball milling, we offer "contract processing of nano-dispersions (inks)" to prototype various nano-dispersion liquids, as well as "redispersion treatment," "contract manufacturing," and "sales of metal nano-dispersion liquids." We can prototype and manufacture nano materials tailored to your needs, so please feel free to consult with us. 【Contract Services】 ■ Contract processing of nano-dispersions (inks) ■ Redispersion treatment ■ Contract manufacturing ■ Sales of metal nano-dispersion liquids *For more details, please refer to the PDF materials or feel free to contact us.
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Free membership registrationThe "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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Free membership registrationThe "ES-C" is an electrostatic spray device that combines pressurization inside the nozzle. By adjusting the pressure level inside the nozzle, it can achieve a wider range of application speeds (amount applied per unit time) compared to conventional electrostatic spraying. Additionally, it consists of a nozzle, controller, and high-voltage branching box, and can be easily operated with buttons and dials. 【Features】 ■ Suitable for users who want to add an electrostatic spraying process ■ Achieves a wider range of application speeds than electrostatic spraying ■ Easy to operate with buttons and dials ■ Also has an external mode, allowing for linkage with external signals *For more details, please refer to the PDF materials or feel free to contact us.
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Free membership registrationThe "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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Free membership registrationThe "PDS-PS01" is a high-quality electrostatic spray coating device suitable for the formation of small-sized micro-droplets. By using a concentration where each electrostatically sprayed droplet contains either one or zero nanoparticles, it is possible to create observation substrates without aggregation of the nanoparticles. The nozzle section for filling the sample liquid is disposable, eliminating the need for cumbersome cleaning inside the nozzle. 【Features】 ■ Dispersion coating of nanoparticles ■ Capable of handling up to 8μL of sample liquid ■ No need for cumbersome cleaning inside the nozzle ■ Observation substrates for spraying nanoparticles are compatible with Si substrates and carbon deposition films *For more details, please refer to the PDF document or feel free to contact us.
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Free membership registrationThis catalog is a comprehensive catalog of Hamamatsu Nanotechnology Co., Ltd., which manufactures metal nano-dispersion liquids (inks), prototypes of nano-dispersion liquids, and patterning devices and film-forming devices using nano-dispersion liquids and functional liquid materials. We introduce a simple device "ODS-P01" that observes the liquid ejection from a side view, as well as the top-view observation "QDX series" and the "PDS-D series" for creating test samples. [Contents (excerpt)] ■ Nanoparticle (ink) technology - Contract processing of nano-dispersion liquids (inks) - Re-dispersion treatment ■ Electrostatic dispensing and patterning technology - Basic principles of droplet formation - Observation systems tailored to objectives ■ Electrostatic spray film-forming technology - Basic principles of electrostatic spray film formation - Product configurations according to objectives *For more details, please refer to the PDF document or feel free to contact us.
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Free membership registrationWe offer the electrostatic spray coating device 'PDS-D01', which forms a film of nanoparticles on the workpiece using high-quality electrostatic spraying technology. By adjusting the distance between the nozzle and the workpiece, it is possible to select a fine filling structural film (wet mode) or a porous film (dry mode). Additionally, by selecting the applied voltage (three types: DC, pulse, AC), it enables the spraying of large particles on the micron order and the coating on insulating workpieces. 【About the device】 ■ Composed of a desktop PC, controller, and the main coating mechanism ■ The coating mechanism is equipped with a light source and camera to observe the spraying state ■ The standard coating area is 50mm square ■ There is a test area for preliminary spraying *For more details, please download the PDF or feel free to contact us.
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