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YAMAHA provides assembly robots to the industrial marketplace; industrial robots, assembly robots, single axis robots, TRANSERVO series, electric cylinders, SCARA Robot Yamaha home page Since 1976, YAMAHA has provided assembly robots to the industrial marketplace that are unsurpassed for payload, speed and dependability.

The current robot line-up is the culmination of over 3 decades experience in Yamaha's own plants and thousands of others around the world. From single axis robots to the broadest selection of SCARA robots anywhere, Yamaha can supply the best solution for nearly any automated assembly requirement.

Yamaha robots' extraordinary lifespan gives a return on investment unequalled by any other robot manufacturer.

SCARA SeriesSCARA Robots SCARA Robots

The YAMAHA SCARA robots wide reach and payload ranges from 120 mm to 1200 mm and from 1 kg to 50 kg, allows for precise adjustment of the robot to your application.

The SCARA robot’s most distinctive feature is a completely beltless structure.  As the tip rotation axis is directly connected to the speed reduction gear, this achieves the overwhelming high-rigidity, high-speed, and high-accuracy.  This robot is used in a wide variety of processes and applications, such as production equipment for electrical and electronic components, and small precision machine components requiring the precise assembly, and assembly, handling, and transfer of large automotive components.

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Economy Single AxisYamaha Transervo single axis Transervo

TRANSERVO Series is a new type electric cylinders that utilize a newly developed vector control system stepping motor to respond to the needs, such as automation at low cost and energy saving by substituting electric units for air units.

These electric cylinders can be used in a wide variety of processes, such as assembly, inspection, handling, and transfer of small precision machine components, and are also suitable for the handling or inspection process in the medicine and food industries.

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Single Axis CartesianYamaha FLIP-X cartesian robots Flip-X

YAMAHA FLIP-X Series single-axis cartesian robots are an electric actuator that is composed of an AC servomotor, a base, ball screw, belt, and linear guide. This electric actuator is a general purpose robot that can be used in a wide variety of applications, such as assembly and inspection.

The electric actuator utilizes highly rigid ball screw and guide, and uses resolver with excellent environment resistance for the position detector. So, it features long service life.  This greatly contributes to reduction of the customer’s maintenance control costs.

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Multi Axis CarteisanYamaha multi axis cartesian robots XY-X series

A wide variety of Cartesian robots, XY-X series offers a full lineup of Cartesian robots that come with just the right performance and size to match user needs & ideal for diverse spectrum of job tasks.  A multi axis system composed of 2 to 6 slide axes that are orthogonal to one another in a wide variety of configurations.

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Linear Motor SeriesYamah linear motors Linear motors

Linear motor single-axis robots, PHASER series, utilizing the features of both the shaft type and flat type.   The PHASER linear motor actuator was developed to respond to the long-stroke, high-speed, and high-precision requirements as manufacturing equipment is made larger and the speed of the transfer equipment inside the factory is made faster.  As various tip tools are attached, this actuator can be used in a wide variety of applications.

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Featured Products

The new 360° SCARA

Yamaha 360 SCARA Yamaha 360 SCARA The YK500TW (360° SCARA) uses an inverted mount installation with a wide arm rotation angle to cover the full 360° area below the robot. Dead space in the center of the motion range is eliminated, increasing its flexibility far beyond that of conventional SCARA robots.


Robot Position TS-S2

Yamaha TS-2 controller Yamaha TS-2 controller TS-S2 is positioned type controller that only performs point trace. No program is needed.

Operation is simple. After setting point data, specify the point number and enter a START signal from host controller such as a PLC.