#nanotec

[eandm-california]

Built-in Controller, Drive & Wheel for Mobile Applications

Wish there was an all-in-one integrated drive system for your battery-operated mobile applications? Introducing the Smart Brushless Servo Wheel Drive by NanoTec.

Wish there was an all-in-one integrated drive system for your battery-operated mobile applications?

Introducing the Smart Brushless Servo Wheel Drive by NanoTec.

A complete drive system that includes everything that you used to purchase separately!

This fully integrated and smart system has a built-in:

Controller with PID Tuning

Drive

Motor

Gearbox

and Wheel!

Click here for more…

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[magtira]

D-Link enters CCTV market, appoints Nanotec as PH distributor

D-Link enters CCTV market, appoints Nanotec as PH distributor

Taiwanese network equipment company D-Link has partnered with local tech firm Nanotec Corporation to expand the distribution of its networking and security products in the Philippines, specifically its newly launched surveillance solutions.

D-Link president Jacky Chang (left) and Nanotec general manager Eason Cheng officially announce their partnership for D-Link’s newly launched surveillance…

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[randdmag]

Materials scientists seeking to encapsulate droplets of one fluid within another often use molecules like soap or micro- or nanoparticles to do it. One distinct way of wrapping a droplet is to use a thin sheet that calls on capillary action to naturally wrap a droplet in a blanket of film, but because it takes some force to bend a sheet around a drop, there were thought to be limits on what can be accomplished by this process.

Now, experimental and theoretical physicists and a polymer scientist at the Univ. of Massachusetts Amherst have teamed up to use much thinner sheets than before to achieve this wrapping process. Thinner, highly-bendable sheets lift these constraints and allow for a new class of wrapped shapes, says experimental physicist Narayanan Menon.

Such wrapping techniques could be used to contain toxic or corrosive liquids, to physically isolate a delicate liquid cargo or to shrink-wrap drops, he points out. Details appear online in Nature Materials.

Read more: http://www.rdmag.com/news/2015/08/using-ultra-thin-sheets-discover-new-class-wrapped-shapes

[okaypol]