Novanta MAG 2025-2026 - Flipbook - Page 39
P. 38
COMPACT POWER, SMARTER DESIGN
Designing high-performance machines often
requires balancing precision, cost, and space
constraints. Traditional motion control systems
rely on multiple components – motor, drive,
controller, encoder – each of which adds
complexity, wiring, and potential points of
failure. Novanta’s Integrated stepper motors
solve this challenge by embedding everything
into one device, creating a true plug-andplay motion solution. The result is a system
INMOTION #3
that not only saves space but also reduces
cost and accelerates development timelines.
Engineers bene昀椀t from faster installation and
fewer design headaches, while end users gain
machines that are smaller, lighter, and more
ef昀椀cient. From packaging lines that must
maintain speed and reliability, to robotics
applications that demand repeatable precision,
integrated steppers deliver a balance of
simplicity and performance that traditional
setups cannot match.
FLEXIBILITY MEETS RELIABILITY
Every industry comes with unique motion
control challenges. That’s why Novanta’s
integrated stepper motors are designed with
昀氀exibility at their core. They support a wide
range of communication protocols, making
them easy to embed into both new designs and
existing systems. Their intuitive programming
environment allows engineers to tailor
motion pro昀椀les to meet exact requirements
whether that’s 昀椀ne-tuned positioning for
laboratory equipment, rapid indexing for
conveyor systems, or multi-axis coordination
for robotics. Reliability is just as important as
昀氀exibility. Integrated systems reduce wiring and
component count, minimizing opportunities for
error or downtime. Their rugged design ensures
consistent performance even in demanding
industrial environments. This dual promise of
昀氀exibility and reliability empowers OEMs to
push innovation further while maintaining
con昀椀dence in long-term operation.
One Motor.
One Controller.
Endless Possibilities.
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