AMC Servo Drive Applications
Made in the USA
AMC servo drives are most often used in battery-powered mobile robots and AGVs, and in OEM machines that ship the same axis design dozens or hundreds of times a year. AMC drives are also used in medical equipment, lab automation, semiconductor tools, inspection machines, packaging and machine tools. Wherever they're used, the common thread is a design that needs compact, efficient, closed-loop control at an OEM cost.
Where EAC sees AMC win
Warehouse robots and AMRs
Drive wheels and lift axes running directly from the robot's battery. This is where AMC's compact low-voltage DC drives, such as FlexPro, are strongest.
AGVs and guided carts
Multi-axis traction and steering for heavy loads, often with sealed IP65 vehicle mount drives rated up to 150 A continuous.
Volume OEM machines
Parking garage lift systems, assembly tools, wire processing and any machine where the same axis design ships dozens or hundreds of times a year. Cost per axis and supply reliability matter more here than on a one-off machine.
Two common paths to an AMC servo drive
Outgrowing a basic motor
The application started on an open-loop or basic AC/DC motor and now needs real position or torque control, repeatability or closed-loop feedback. This is the step up to a true servo motor and drive.
Switching servo brands on value
You already run servo but are paying more per axis than you need to. AMC's integrated supply chain delivers comparable performance at a better value, especially at OEM volumes.
Case study: getting an AMR into production
AMC published a case study of an AMR builder whose new materials-handling vehicle was stuck in beta. It had intermittent communication-bus errors with the incumbent drives. AMC's applications engineers traced the problem to system-level noise and ground loops rather than the network protocol, and provided wiring recommendations. AMC also supplied a modified FlexPro® drive, with STO logic changed from 5 V to 24 V to match the machine. The customer moved from beta testing into full-rate production.
That's the kind of application support EAC brings in locally. We get AMC's engineers involved early, before a design stalls.
More industries using AMC servo drives
ADVANCED Motion Controls has documented solved applications across a wide range of industries. A sample:
Medical & healthcare
Motion-controlled patient tables, portable ventilators and imaging equipment.
Lab automation
Automated assay machines and apheresis systems.
Semiconductor
Front-end and back-end semiconductor manufacturing equipment.
Inspection & prototyping
Coordinate measuring machines and 3D printers.
Machine tool & metalworking
CNC machine tools and plasma cutting controllers.
Assembly & factory machinery
Electronic torque wrenches, automated wire strippers and packaging friction feeders.
Defense & rugged mobile
Remotely operated vehicles and other field equipment, plus underwater camera control.
Simulators & entertainment
Racing and flight simulators, stabilized camera systems and water feature control.
Fixed robotics
Die caster reciprocators and other fixed robotic axes.
Application images courtesy of ADVANCED Motion Controls.
Have an application that isn't listed?
If it moves under closed-loop control, and especially if it runs from a battery or ships in volume, it's worth a conversation. Send us a sketch or a spec, and EAC will tell you whether AMC is the right fit and which drive family to start with.