Editor choice


igus launches double-shaft stepper motor for robot precision

A key enabler across automated technologies just got more versatile. Igus, a leading supplier of robotics parts, has unveiled a double-shaft stepper motor aiming to enhance precision and flexibility in linear motion systems.
Stepper motors already provide the accurate incremental rotations that power precise positioning. But Igus' innovative tweaks unlock new capabilities. The twin output shafts can simultaneously drive dual mechanical loads with exacting control. For example, developers could coordinate parallel motion across two synchronized robot axes using a single simplified component.

The ability to handle multiple functions is expected to streamline integration while saving space and costs. Igus envisions applications from automated warehouses to adjustable lab equipment that can benefit. By consolidating more functionality into a compact building block, engineers gain flexibility to adapt projects on the fly.

And the double shaft design offers ancillary advantages. Alternative mounting points allow adding manual overrides so robots can default to human control if needed - say, positioning a heavy door during power failures. This helps balance automated efficiency with user intuitiveness.

The launch speaks to the iterative engineering vital for pushing boundaries in existing robot morphologies. While futuristic humanoids and vehicles grab headlines, behind the scenes progress on nuts and bolts like actuators and controllers is equally critical. Refining these fundamental elements ups the ante on what mainstream business robots can accomplish.

Igus provides a microcosm of that step-by-step advancement. From its early plastic bushings reducing industrial wear and tear to its expanding drylin motion control systems, it keeps broadening capabilities. Now, doubling up on stepper motor shafts unlocks niche gains that could ripple across downstream applications.

It's these incremental component improvements that collectively build the technological foundations enabling more dynamic, responsive and useful robots. So while not revolutionary itself, the tweaked motor exemplifies the methodical progress that smooths adoption in promising commercial settings. More innovations aimed at the robot guts greasing various wheels are sure to follow.

Share with friends:

Write and read comments can only authorized users