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Color printer OKI Pro6410 NeonColor

17.04.2016

OKI Europe Ltd has launched the Pro6410 NeonColor printer with white toner from the OKI Pro range of graphic printers. Fluorescent images on virtually any surface with the Pro6410 NeonColor printer allows graphic design to go beyond the standard CMY color gamut. In addition to the Pro6410 NeonColor, OKI Europe also introduced white toner technology, which will be included in the new Pro7411WT and Pro9420WT models in the OKI Pro range of graphic printers.

Now printers and printing departments of companies can use the device's capabilities to create a fluorescent effect on light or dark surfaces with an additional protection option, namely, printing with neon white toner, which is visible only under UV radiation.

The versatility of the OKI Pro6410 NeonColor printer and its vibrant color spectrum give businesses quick access to sustainable income in apparel and product embellishment, personalization, packaging and proofing, point-of-sale signage, and education. In particular, the versatility of this solution for printing, proofing and production makes it possible to produce deep solid whites on a variety of color media and overprint other colors to create vibrant decals against dark backgrounds.

The Pro6410 NeonColor and Pro7411WT support A4 printing on media weights up to 250 g/m2 and lengths up to 1320 mm. At the same time, OKI Pro9420WT has the ability to print on SRA3 formats with a density of up to 300 g/m2 with the same banner length.

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Teslaphoresis at the nanoscale 19.04.2016

Like many other inventions of Nikola Tesla, the coil (transformer) named after him was used by scientists for various purposes, but in our time only one application was widely known - cognitive and aesthetic due to the formation of beautiful gas discharges. However, scientists at Rice University in Houston (Texas, USA) managed to find quite a practical use for the coil.

Using the powerful electric field of a Tesla transformer, the scientists made carbon tubes autonomously form an electrical circuit connecting two LEDs, and then used the energy from the same field to light the LEDs. Scientists called their method "Teslaphoresis" by analogy with electrophoresis, which in a broad, and not purely therapeutic sense, involves the movement of particles remotely under the influence of an electric field.

Teslaphoresis uses an antenna attached to a Tesla coil that broadcasts a high-voltage electric field into open space. In a process that scientists say resembles a tractor beam, they remotely oscillated positive and negative charges on each of the many thousands of single-walled carbon tubes. To do this, the researchers placed the tubes in an electric field, which then caused the tubes to connect into a circuit that turned out to be long enough to be used on a macro scale - the longest "wire" was 15 cm long.

In experiments, scientists managed to form chains of nanotubes at a distance of several tens of centimeters from a modified Tesla coil, which produces a very strong field. Moreover, there was enough energy to ensure the glow of the LEDs. According to the authors of the experiment, the ability of carbon nanotubes to self-assemble into long parallel formations can be further used to control self-assembly both on the micro- and macroscales.

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