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Elastic Coupling SWC — Arbre Élastique Carbone

Series SWC · Arbre Élastique Carbone

Carbon Elastic Shaft SWC

Flexible elastic shaft in carbon-fiber composite. Minimal inertia, high torsional stiffness, reduced mass. Premium solution for ultra-dynamic servomotors and aerospace applications.

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Fibre carbone
Composite

Inertie minimale
Ultra-rapide

Aérospatial
Premium

Rigidité torsionnelle
Précision +++

Tube fibre de carbone composite — inertie ultra-faible

Rigidité torsionnelle élevée — précision angulaire maximale

Masse réduite par rapport à l'aluminium ou l'acier (~3× plus léger)

Adapté aux servomoteurs ultra-haute dynamique

Applications aérospatiales, robotique avancée, métrologie

Sans corrosion, sans vieillissement matière

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Benefits

Why choose the SWC?

The SWC is the premium carbon-fibre solution — minimum inertia, maximum rigidity, aerospace applications.

01 / ADVANTAGE

Minimum inertia

Carbon fibre offers about three times lower inertia than aluminium for equivalent rigidity. Optimal dynamic response on ultra-high-dynamic servomotors.

02 / ADVANTAGE

Torsional rigidity

The 45°-oriented braided carbon fibre offers high torsional rigidity while retaining flexion flexibility. Maximum angular precision between the two shafts.

03 / ADVANTAGE

Premium

High-end solution for aerospace applications, advanced robotics, precision metrology, scientific instrumentation. Where every gram and every microsecond counts.

Fiche Technique

Features détaillées

Données techniques fabricant — Arbre Élastique SWC Carbone.

Reference table — SWC (Arbre Élastique Carbone)

Données techniques détaillées disponibles dans la fiche PDF

The complete reference table (nominal torques, bores, dimensions, speeds) is available in the manufacturer's technical PDF datasheet. Download it below or ask us for a custom summary based on your application.

Datasheet — SWC

All sizes, dimensions, materials and torques available in the manufacturer's documentation.

PDF · 3Transmissions

View datasheet Download PDF

Product description

The SWC carbon-fibre flexible elastic shaft is the premium solution for applications where inertia and mass are critical factors: ultra-high-dynamic servomotors, advanced robotics, aerospace applications, precision metrology, scientific instrumentation.

The body consists of a tube of braided composite carbon fibre, usually at 45° to optimise the torsional-rigidity / flexion-flexibility compromise. Carbon fibre offers about three times lower inertia than aluminium for equivalent rigidity.

The metal end-pieces (aluminium or steel) are glued or shrink-fitted onto the carbon tube and receive the shaft by conventional clamping. Angular precision is maximum thanks to the absence of torsional backlash and the high rigidity of the composite.

Composite carbon fibre tube — ultra-low inertia
High torsional rigidity — maximum angular precision
Reduced mass compared to aluminium or steel (~3× lighter)
Suited to ultra-high-dynamic servomotors
Aerospace, advanced robotics, metrology applications
No corrosion, no material ageing

Technical view — SWC