Medical and Life Sciences Products: Electric Drives and Controls NYCe4000 control platform Compact, powerful system optimized for complex medical applications such as imaging systems to save space, lower system costs, speed time to market and improve serviceability. Everything necessary to control a complex machine is included in a single box that significantly reduces space requirements, saves cabling and cuts system and integration costs. It also extends uptime and greatly improves serviceability. The NYCe 4000 was developed in tight coordination with leading imaging system developers to ensure highest performance, flexibility and serviceability. IndraDrive Cs and EcoDrive Cs The IndraDrive Cs and EcoDrive Cs both offer an extremely compact design for applications requiring power ranges from 100 W to 750 W. Space-saving construction, outstanding performance, industry-specific technology functions, and standardized SERCOS, PROFIBUS-DP and DeviceNet interfaces make these compact drives ideally suited to complex multiaxis and intelligent single-axis applications in the digital communication network. Built-in features, like absolute feedback encoder evaluation and cam tables and cam switch groups, allow sophisticated applications to be easily handled. IndraDyn motors Rexroth IndraDyn motors offer a range of servomotor, rotary motor and linear motor options for a wide range of medical systems motion applications and manufacturing uses. IndraDyn servomotors include the ultra-compact MSM series, designed for tight integration with the Rexroth EcoDrive Cs family of drives. IndraDrive Mi integrated motor-drive The IndraDrive Mi is a milestone in drive technology – electronic control system and servo motor combined in one ultra-compact unit. The compact control electronics uses the lateral surface of the servo motor as a cooling element, reducing the total unit size by more than 50 % compared to classical servo drive solutions. This makes IndraDrive Mi the ideal solution for medical manufacturing and imaging systems applications where maximum flexibility and efficiency benefit from minimum space requirements.