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articulated robot / 6-axis / for assembly / finishing

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articulated robot / 6-axis / for assembly / finishing articulated robot / 6-axis / for assembly / finishing - KR QUANTEC pro


  • Type:


  • Number of axes:


  • Function:

    for assembly, finishing, for welding, cutting, machining, loading, packaging, palletizing, unloading, handling

  • Other characteristics:

    compact, floor-mounted, for heavy loads

  • Payload:

    90 kg, 120 kg (198.416 lb)

  • Reach:

    2,496 mm, 2,696 mm (98.27 in)

  • Repeatability:

    0.06 mm (0.00236 in)



The KR QUANTEC portfolio of high payload robots delivers success with the best reach and payload in this category. With an all-purpose design, it is built to work in virtually any market segment, from automotive to foundry to medical – and everything in between.
Optimized portfolio for maximum flexibility and low total cost of ownership
The KR QUANTEC portfolio was developed with KUKA’s decades-long experience in automation as a base. The result: a reliable, versatile and efficient high-quality solution for your production environment. Customers benefit from the uniquely wide range of possible applications using KR QUANTEC robots that deliver striking performance, cost-effectiveness and flexibility.
A slimmer modular system supplies flexible robots that are well-matched to their tasks, have fast delivery times and provide a low total cost of ownership – largely through optimized maintenance and a reduced number of spare parts. The robot portfolio also offers the capability to upgrade payloads in the field and deliver ideal process quality through Motion Modes. These software add-ons make the KR QUANTEC a highly flexible machine and secure your future investment in production operations.


When its innovative feature set is taken as a whole, the KR QUANTEC series presents a robot generation that sets a new standard for both conventional and digitized production environments. The result not only includes technological feature innovations, but also delivers long-term benefits such as simplification of commissioning, ease of maintenance and process optimization of the system.
Process-optimized motion modes