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RoboGlove: robotic glove developed by NASA and General Motoros.

This glove can reduce the work that needs a human hand when holding a heavy object, as is the case with many of the tools used by astronauts. This reduction, and the fact that quite faithfully reproduce the locomotor system-level hand and forearm make it interesting for other applications within the Earth’s atmosphere.
We explained at the time that reduced the effort RoboGlobe hand 2-4 kilograms of pressure needed to sustain 7-9 of these tools. This means that there is also a reduction of exhaustion, an important factor considering what they can last for repairs on the International Space Station ISS, whose site for routine was designed.

However, no need to go to outer space to this pseudo hand be useful. In Bioservo, a company that has spent years dedicating themselves to building exoskeletons for hands and other limbs, put the eye on the RoboGlove and saw him a suitable candidate for its own SEM salpimentarlo Soft Extra Muscle technology. No need to think much to move that saving effort aerospace repairs that would have the ground equipment, such as large vehicles or industrial machinery, where everything tends to have a larger scale both parts such as tools, such as tasks. Another area that can be seen is the benefit of health. In recent years we are seeing thanks to advances in designs and materials are creating prostheses that are increasingly effective, lightweight and comfortable for users. Bioservo expected to applying its expertise in exoskeletons, such as SEM glove grip enfocadosa troubleshoot, to create a hybrid that is useful in rehabilitation therapies or creating bionic implants.

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The DoverPac® system was designed in collaboration with Eli Lilly to provide high levels of reliable containment during both charging and offloading operations. The system consists of a tough fabric outer restraint and a durable film liner. This flexible containment system offers the following benefits:
•Demonstrated nanogram containment performance during powder transfer operations on a task basis using lactose as the surrogate and trained personnel.
•Increased productivity — ILC designed Crimping System allows one person operation
•Peace of mind knowing that every system has been 100% pressure tested and inspected
•Durable construction — Manufactured from ILC developed rugged ArmorFlex® film
•Integral sleeves facilitate quick sampling without breaking containment

In addition to potent compound containment during processing, each DoverPac® Liner is equipped with an integral sleeve designed for contained product sampling. This process protects the operator and the product and assures safe removal of samples for QC analysis.

Each sleeve is designed to be completely sealed using our reliable CrimpLoc™ System.

DoverPacs® come in standard sizes ranging from 20 to 2000 liters. Custom sizes are also available.