Robotics & Automation Drive Systems

Industrial motion control systems are used in robotics and automation operations that require precise positioning and reliable throughput. Automated guided vehicles (AGVs), autonomous mobile robots (AMRs), and other advanced applications demand systems and components built to survive continuous duty cycles.

At Pelonis Technologies, we leverage our extensive engineering experience to supply custom motion control systems built for demanding environments. These solutions allow customers across industries to maintain accuracy and efficient operation. Discover how our rugged hardware integrates into advanced workflows by exploring our automation and robotics solutions.

Motion Control: Industrial Automation to AIoT

Motor wheel drives power automation by propelling vehicles (e.g., AGVs) and critical assembly components. In production or warehouse logistics, Autonomous Mobile Robots rely on these to navigate, stop, and adjust speed. Integrated systems can connect complex software to rugged mechanical motion to provide controlled movement in the expected operating conditions.

Motion control systems from Pelonis Technologies can come in compact designs with specialized motors and sensors, offering distinct advantages in industrial installations and advanced networks. These include:

Dynamic load compensation. Systems can use encoders integrated in the wheel drive to control navigation and position.
Predictive maintenance. Thermal sensors can monitor temperature values. This data stream flags deviations to maintain production lines and support system longevity.
Energy management. Compact integrated designs can maintain efficiency across loads and operating cycles.

Our diverse selection of motors and range of intelligent motion control options allow us to provide the speed-to-torque profiles required to drive high-accuracy platforms.

Compact Planetary Reducers

High-torque execution inside space-constrained applications can be achieved with the addition of heavy-duty speed reduction gearboxes. Our compact planetary reducer gearboxes can manage torque loads by distributing rotational forces across multiple planetary gears. This helps prevent internal gear deformation while maintaining essential characteristics:

Optimized power density. High torque is delivered without adding unnecessary mass or volume to compact drive frames, keeping the structural footprint smaller.
Reduced angular motion. Precision-ground gear faces limit torsional backlash and positioning tracking errors during rapid forward-and-reverse cycles.
Inertial dissipation. Multi-point contact characteristics absorb shock forces and shield delicate interior motor shafts from structural shear stress.

Industrial platforms utilizing our AGV motor wheel drives rely on these planetary reducer gearboxes to convert high-speed motor rotation into controllable force. Inline and right-angle gear orientations can be configured to match unique space restrictions.

Optimizing Next-Generation Automation Layouts

Maximizing material handling efficiency involves specifying components that support industrial processes as automation layouts and movement needs evolve. When motor wheel drives, heavy-duty planetary reducers, and other components operate effectively within the larger system, industrial operations can run with significantly higher efficiency. At Pelonis Technologies, our deep engineering expertise and understanding of automation motion control requirements remove the uncertainty from system component configuration and sizing.