NACHI MR50 Alternatives & Competitors

This innovative series of lightweight robots features a slim wrist, rigid arm and small footprint. Offering best payload and inertia in its category, this powerful 6-axis model is suitable for various applications and combines a 70 kg payload with extremely high axis speeds.

Unique 7-Axis design destinguishes the MR series from other robotic products by providing increased freedom of motion and achieving optimum robot posture at all times. The 7th axis allows the MR series to avoid singularities by providing multiple arm posture solutions for a single working TCP. The innovative design structure offered by the MR series makes it excellent for machine tending applications allowing the robot to be placed to the side of the machine, providing an open front for machine maintenance. In addition to the impressive motion capabilites offered by a 7-axis design, the MR35 and MR50 are IP67 rated making them an excellent choice for harsh manufacturing environments. The MR35 & MR50 provide an impressive 2050mm of reach at 35Kg and 50Kg respectively. Floor mounting is standard however wall, angled, and invert ceiling mounting solutions are available to maximize work cell flexibility and reduce the automation floor space required. MR35 and MR50 robots are also capable of working cooperatively to perform complex assembly tasks boasting an impressive ± 0.07mm repeatability. When combined with a robot slider the MR series can tend many machines using a single robot, drastically reducing automation costs. To see examples of the MR series robots in use please visit our YouTube Channel or click the youtube video links below.

Unique 7-Axis design destinguishes the MR series from other robotic products by providing increased freedom of motion and achieving optimum robot posture at all times. The 7th axis allows the MR series to avoid singularities by providing multiple arm posture solutions for a single working TCP. The innovative design structure offered by the MR series makes it excellent for machine tending applications allowing the robot to be placed to the side of the machine, providing an open front for machine maintenance. The MR20L provides an impressive 1398mm of reach at 20Kg payload. Floor and Invert mounting solutions are available to maximize work cell flexibility and reduce the automation floor space required. MR series robots are also capable of working cooperatively to perform complex and precise assembly tasks boasting an impressive ± 0.06mm repeatability. When combined with a robot slider the MR series can tend many machines using a single robot, drastically reducing automation costs. To see examples of the MR series robots in use please visit our YouTube Channel.

Unique 7-Axis design distinguishes the MR series from other robotic products by providing increased freedom of motion and achieving optimum robot posture at all times. The 7th axis allows the MR series to avoid singularities by providing multiple arm posture solutions for a single working TCP. The innovative design structure offered by the MR series makes it excellent for machine tending applications allowing the robot to be placed to the side of the machine, providing an open front for machine maintenance. The MR20 provides an impressive 1260mm of reach at 20Kg payload or up to 30Kg if using a 1000mm envelope. Floor and Invert mounting solutions are available to maximize work cell flexibility and reduce the automation floor space required. MR series robots are also capable of working cooperatively to perform complex assembly tasks boasting an impressive ± 0.06mm repeatability. When combined with a robot slider the MR series can tend many machines using a single robot, drastically reducing automation costs. To see examples of the MR series robots in use please visit our YouTube Channel or click the youtube video links.

This innovative series of lightweight robots features a slim wrist, rigid arm and small footprint. With its offset wrist design it is ideal for grinding and polishing applications. This 6-axis medium payload model is the perfect choice for the versatile handling of large and heavier workpieces and a popular robot for machine tending, grinding, polishing, deburring, water jet cutting and washing applications.

This innovative series of lightweight robots features a slim wrist, rigid arm and small footprint. High axis speeds combined with huge 6-axis versatility make it the perfect choice for handling awkward payloads and a popular robot for machine tending, grinding, polishing, deburring, water jet cutting and washing applications.

The MOTOMAN GP50 is a highly versatile 6-axis industrial robot with 50 kg payload, 2.051 mm reach, and an outstanding repeatability of +/- 0.03 mm.

The R series robots are setting the benchmark for all small to medium duty Industrial (Articulated) Robots. The compact design, along with industry leading speed, reach and work range make the R series robots ideal for a wide range of applications throughout a multitude of diverse industries.

The KR 30 JET robot system is light weight and extremely fast. It has a linear axis, jointed-arm and JET TRACK axis module that helps to free up valuable floor space. The robot knee can be mounted overhead or on the wall, providing optimum axial symmetry to ensure the robot's reach, deep into machines. The modular structure of the KR 30 JET enables execution of the individual user and task-specific program sequences. Up to two robots can be deployed on the JET traversing axis, making it possible to tend several machines or positions at the same time to further optimize the production process. There is a wide range of gantry variants and a specially adapted linear unit to ensure speed and workspace are maximized. This system can be easily adapted to your current needs because of the overhead or side mounting options. The KR 30 JET has a 0.07 mm repeatability, a 1682.5 mm reach, and can cover distances of up to 30 meters. It can take parts out of machines from above with speed, precision, and high repeatability. This robot is paired with the KR C2 controller.