shaft encoder - FAULHABER - DC Motors & Micro Drive Systems
with planetary gearhead. A FAULHABER brushless DC motor causes the blade to shaft encoder shaft encoder - FAULHABER - DC Motors & Micro Drive Systems oscillate simultaneously. For patients the method is more
than an alternative – neither glasses nor
shaft encoder on GlobalSpec contact lenses are needed –and it is also extremely convenient. Surgery takes place on an outpatient basis in 10 to
15 minutes and is largely shaft encoder pain-free; recovery times are short, and the technique meets stringent safety standards. Control
Unit
Blood sugar testing – now easier than ever
New blood
glucose meter now available from "Roche"
Leading a
normal life – even as a diabetic. This is no longer wishful thinking but a reality. Thanks to advances made shaft encoder in the last
few years, today diabetics can test their own blood glucose levels and adjust their medication accordingly – giving more independence and quality of life.
The new Accu-Check® Compact shaft encoder launched by Roche Diagnostics marks a new departure in the design of blood sugar meters. The main emphasis has been shaft encoder placed on user-friendliness and optimum safety. The device takes a blood sugar reading at the simple touch of a button. A batch of 17 test strips is stored in a shaft encoder drum and, in contrast to previous models, the strips no longer require individual handling. Pressing the button moves the test strip into position, and another press ejects it once a reading has been taken. The drum rotates into the next position, and the device is ready for the next test. This meter makes it substantially easier to carry out a blood sugar test, whenever and wherever necessary. When the strips are used up, a replacement drum can be fitted with two simple hand actions.
The highly integrated drive system behind this automatic process for positioning and processing test strips was developed by FAULHABER in close cooperation with ROCHE. The challenge lay in the complexity of the mechatronic battery-powered drive unit. Since the device could not be larger than a mobile phone, only minimal space within the casing was available.
Now that development is complete, the whole drive is being produced by the FAULHABER Group.
DC micromotors pack a powerful punch
Robot Vehicle with flexible Arm
Today, mobile robots are often deployed in critical situations that are simply too dangerous for humans to handle – as part of industrial operations, law enforcement or anti-terror measures, e.g. to identify a suspicious object or disarm a bomb.
Owing to the extreme circumstances, these "manipulator vehicles" have to meet particular requirements. Exact manoeuvring and precision handling of tools are two essential prerequisites.
Of course, the device also has to be kept as small as possible in order to allow access through narrow passageways. Naturally, the drives used for such robots have to be equally impressive. Special high-performance micromotors have become an essential component.
For difficult, dangerous tasks, telerob, a specialist in remote handling technology, has developed the disarming robot Teodor. The allterrain mobile robot on caterpillar treads is controlled wirelessly via radio. Lead gel batteries provide it with power, which
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