Industry pain points

• High precision under varying loads and duty cycles, with low noise and minimal wear.

• Choosing the right drive concept (electric, hydraulic, pneumatic) for main, feed, and auxiliary motions while controlling cost and footprint.

• Managing spindle torque/speed trade-offs, gearbox noise/radial forces, and thermal effects.

• Ensuring micrometer-level positioning for rapid cycles and unattended operation.

• Lifecycle efficiency: predictive maintenance readiness (sensing, data), and energy use in continuous production.

Drives in application

StellarSpace servo systems cover main spindles (turning/milling/grinding), feed axes (servo + ball-screw or linear motor), and auxiliary motions (clamping, weight compensation, handling). They provide closed-loop control, encoder feedback, energy-sharing DC bus, and straightforward I/O/fieldbus integration with hydraulic and pneumatic units to deliver precise motion in compact footprints.

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Outcomes that matter

• Accuracy & surface quality: higher positioning precision, smoother spindle motion, better repeatability.

• Throughput with stability: faster cycles without chatter, less downtime from wear or overheating.

• Energy & cost efficiency: demand-based hydraulics, optimized spindle/axis control, reduced gearbox losses.

• Lower maintenance risk: fewer wear components, integrated sensing for condition-based service.

• Flexibility: right-sized concepts (electric/hydraulic/pneumatic) per axis and task, enabling scalable machine designs.