Regal Rexnord targets flexible automation cells with integrated motion portfolio

A single cobot covering up to 10 meters of horizontal range across multiple workstations is the headline capability in Regal Rexnord's latest motion control release, reported by Assembly Magazine on July 2, 2026. The Milwaukee-based company is positioning the expanded portfolio at manufacturers, machine builders, and system integrators who need robotic cells that can be redeployed quickly as production requirements shift.

The push reflects a broader challenge on the plant floor: as robot deployments multiply, the bill of materials for a single cell grows along with it, and integration complexity follows. Regal Rexnord's answer is tighter component consolidation across linear motion, servo control, braking, sensing, gearing, conveying, and power transmission.

Extending cobot reach without adding hardware

The Thomson Movotrak Cobot Transfer Unit functions as a seventh axis for collaborative robots. It slides the cobot horizontally along a track, giving it up to 10 meters of operating range. That reach lets one arm cycle between workstations or span a larger process area, reducing the case for buying and integrating a second robot.

For operations teams, the calculus is straightforward: fewer robots mean fewer licenses, fewer safety assessments, and one fewer vendor relationship to manage. The question for evaluators is whether the track's footprint and installation requirements fit an existing cell layout or demand a larger floor redesign.

Servo motion bundled for faster commissioning

The Kollmorgen Essentials Motion Systems package a servo motor, servo drive, and single-cable power-and-data connection into one configurable platform. Assembly Magazine noted the system is aimed at packaging, warehouse automation, material handling, and forming applications, where machine builders often face tight timelines between order and commissioning.

Single-cable architectures reduce wiring labor and the number of connection points that can fail or need troubleshooting. For procurement teams sourcing servo components across multiple vendors, a pre-integrated bundle also simplifies the approved-vendor list and warranty chain.

Integrated braking with embedded position feedback

The Warner Electric Integrated Position Brake combines parking and emergency braking functions with absolute position sensing in one compact assembly. Separating those functions across discrete components has historically required more drivetrain length and more wiring. Consolidating them allows system designers to build shorter, lighter drivetrains, which becomes meaningful in smaller cells or when payload capacity is a constraint.

Position feedback embedded at the brake also means the sensor is co-located with the mechanical stop, which can improve accuracy in applications where holding position after a stop is critical, such as vertical axes or precision assembly stations.

The integration argument from the vendor side

Kevin Long, executive vice president and president of automation and motion control at Regal Rexnord, told Assembly Magazine that the right motion architecture lets manufacturers optimize space, reduce design tradeoffs, and build systems that adapt as production needs evolve. The framing reflects what system integrators report from the field: component selection at the design stage has a direct effect on how long a cell takes to reconfigure when a product line changes.

Regal Rexnord's portfolio strategy, spanning Thomson, Kollmorgen, and Warner Electric brands, is to give integrators a single source for motion components that are engineered to work together. That matters most in projects where mismatched specs between a servo and a gearbox, or a brake and a sensor, have historically added weeks of engineering time.

What this means for your team

• Audit your current cobot deployments for underutilized dwell time. If a robot sits idle while waiting for parts or operators, a linear transfer axis may improve utilization before a second robot purchase is justified.
• When specifying servo systems, compare single-cable platforms against your standard multi-cable setup on installation labor hours and mean-time-to-repair, not just unit cost.
• Evaluate integrated brake-and-sensor assemblies against your drivetrain length constraints, particularly on vertical axes where compact design directly affects counterbalance and structure cost.
• Ask suppliers about pre-validated motion system pairings. A matched servo-drive-cable combination from one vendor can reduce the engineering hours spent resolving interoperability issues at commissioning.