High-traction rubber drive wheels for robots. Ideal for slippery floors and silent operation. Durable rubber-to-metal bonding for high torque.
Caractéristiques et avantages principaux :
Maximum Coefficient of Friction: Provides the highest level of grip, even on smooth or slightly dusty surfaces, to prevent slippage.
Shock & Noise Absorption: The natural damping properties of rubber ensure near-silent operation and reduced vibration.
High Starting Torque Efficiency: Perfect for robots that require rapid acceleration and sudden stops.
Economic Versatility: A cost-effective solution for light-to-medium duty robots requiring high traction.
Paramètres techniques :
Remarque : Parameters listed are baseline. We offer custom rubber compounds (including non-marking and anti-static options) and bespoke hub geometries to ensure perfect compatibility with your drive motor and axle design.
Idéal pour :
Small Delivery & Service Robots: Platforms operating in hospitals, hotels, or offices where noise reduction is critical.
Light-Duty AMRs: Mobile robots where high grip is more important than extreme load capacity.
Slippery or Tiled Surfaces: Environments where polyurethane wheels might slip due to low friction.
Paramètres techniques :
Remarque : Parameters listed are baseline. We offer custom rubber compounds (including non-marking and anti-static options) and bespoke hub geometries to ensure perfect compatibility with your drive motor and axle design.
Idéal pour :
Small Delivery & Service Robots: Platforms operating in hospitals, hotels, or offices where noise reduction is critical.
Light-Duty AMRs: Mobile robots where high grip is more important than extreme load capacity.
Slippery or Tiled Surfaces: Environments where polyurethane wheels might slip due to low friction.
Les modèles ci-dessous servent de référence technique. Nous sommes spécialisés dans le montage personnalisé, les charges nominales et les formulations de bande de roulement pour répondre aux exigences spécifiques de votre châssis.
