Nexus Robot NM375A Mecanum wheel set 15 inch 375mm heavy duty wheels (4 pieces)

SKU: 23799

Category: Mecanum Wheels

Available immediately
Delivery time: 8 - 9 Workdays (DE - int. shipments may differ)

9.282,00 €

incl. 19% VAT , (Spedition)

15-inch heavy-duty industrial wheels for precise 360-degree manoeuvrability.

Nexus Robot NM375A Mecanum Wheel Set 15 inch 375mm Heavy Duty Industrial Wheels (4 pieces)

Set of 15-inch (375mm) heavy duty Mecanum wheels NM375A

The Nexus Industry Omni and Mecanum wheels stand for exceptional load capacity and versatility. They are designed to deliver precise and reliable performance even under extreme conditions. These heavy-duty wheels are equipped with high-strength wheel hubs and first-class materials, which guarantees not only their robustness but also their durability.

Features and Benefits:

Omnidirectional movements: Thanks to their special design, the wheels allow movements in any direction, including forwards, backwards, sideways and diagonal movements, as well as turning on their own axis.
Rugged design: The combination of durable materials and sturdy construction makes them ideal for demanding applications where high load capacity is required.
Versatile applications: These Mecanum wheels are equally suitable for indoor and outdoor applications.

Areas of application:

Industrial: The wheels are ideal for heavy platforms and transport equipment in warehouses, production lines or other industrial environments. They enable precise control even with the heaviest loads.
Workshops: Perfect for use in work areas where flexibility and precise movements are required.
AGVs (Automated Guided Vehicles): Omnidirectional movement capability makes them the ideal choice for automated guided vehicle systems that need to fulfil complex movement requirements.
Stage and show technology: Ideal for use in the event industry, e.g. for moving stage elements that require precise positioning.
Logistics and warehousing: Facilitates the handling of heavy loads and enables efficient utilisation of space in confined storage Areas.