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Novanta Inc.: Celera Motion Introduces World's Smallest Servo Drives

The new Denali Series features ultra-compact, lightweight servo drives ideal for compact robot joints, industrial end-effectors, surgical robots and lab automation applications Celera Motion, an award-winning ....

United States , Mary Jane Mccraven , Novanta Inc , A Novanta Company , Denali Series , Celera Motion , Marc Vila , Business Director , Summit Servo Drives , Capitan Series , Jane Mccraven , Novanta Company , Profi Marcel Torney ,

Celera Motion's Everest S servo drive - Today's Medical Developments

The global medical devices market size was valued at $425.5 billion in 2018 and is expected to reach $612.7 billion by 2025, grow at a CAGR of 5.4%. More than 180,000 U.S. companies are involved in designing, developing, manufacturing, testing, marketing, packaging, and distributing medical devices in this thriving market. Today's Medical Developments serves the need of manufacturers and design professionals in medtech by featuring products, services, and techniques to help improve design and manufacture processes. ....

Novanta Inc , Celera Motion , Everest Series , Marc Vila , Pan Tilt , Summit Servo Drives , Capitan Series ,

The Robotics of Exoskeletons


The Robotics of Exoskeletons
Exoskeletons are devices that can be applied to the human body for rehabilitation or motion assistance purposes.
The development of biomedical exoskeletons was for the purpose of assisting those with permanent, temporary, or partial immobility, whereas industrial exoskeletons have been designed to assist with physical activities of prolonged duration or redundancy.
Within an exoskeleton, motors, sensors and servo drives act as components of the human body. Celera Motion can help decrease time-to-market as the single supplier for all precision motion component requirements.
The Challenge
As wearable robotic devices, exoskeletons work by aiding the recovery of user mobility or stabilizing limbs for extra assistance in order to reduce fatigue and minimize injury. The result is additional strength or the replacing of muscle function for human motion. ....

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