Yamaha Corporation Datasheets for Robots
Robots are programmable manipulators that contain rotary and/or prismatic joints in order to perform precise, repetitive movements. They are designed to move parts, tools, materials, and devices through variable, programmed motions. Types of products include articulated, Cartesian, cylindrical, gantry, parallel (hexapods), SCARA, and spherical robots.
Robots: Learn more
| Product Name | Notes |
|---|---|
| 01 Internal structure achieving the high-rigidity and high-accuracy. 02 Completely beltless structure A totally beltless structure was achieved by using a ZR axis direct coupling structure. This direct drive structure... | |
| 01 Optimal for transfer and assembly of automotive parts Note. For YK610XE-10 and YK710XE-10 02 Improvement of productivity by high-speed operation By reviewing the arm structure, the vibration is reduced... | |
| FEATURES: 01. Internal structure achieving the high-rigidity and high-accuracy. 02. Completely beltless structure A totally beltless structure was achieved by using a ZR axis direct coupling structure. This direct drive... | |
| FEATURES: 01. Internal structure achieving the high-rigidity and high-accuracy. 02. Completely beltless structure A totally beltless structure was achieved by using a ZR axis direct coupling structure. This direct drive... | |
| An electric actuator composed of 2 to 6 slide axes that are orthogonal to one another. Enhanced arm variations and functionalities ranging from a compact and low price arm to... | |
| As the ceiling installation or the wall installation is used, the robot installation space that could not be used conventionally can be utilized efficiently. 01 Hanging type is renewed. Completely... | |
| Completely beltless structure with the tip rotation axis directly connected to the speed reduction gear. This ensures high-accuracy, high-speed, excellent maintenance ability, and amazing tolerable moment of inertia. 01 Internal... | |
| Resolves the shortcomings of previous SCARA and parallel-link robots. Offers both superior positioning accuracy and high speed. YAMAHA'S Next-Generation SCARA Robot: The YK-TW Omnidirectional 01 User: We want a smaller... | |
| SCARA robot, the most distinctive feature of which is a completely beltless structure. As the tip rotation axis is directly connected to the speed reduction gear, this achieves the overwhelming... | |
| The Yamaha XZ type is a Cartesian robot that combines the X-axis for horizontal movement and the Z-axis for vertical movement. It is a 2-axis system, which makes it perfect... | |
| Yamaha's Arm type is a flexible and versatile robotic system that features a moving Y-axis carriage. This type of system is designed with 2 to 4 axes of motion, providing... | |
| Yamaha's Cartesian robot SS series (Slider type) is a high-performance, versatile robot that is designed to handle a wide range of industrial applications. One of the key features of the... | |
| Yamaha's Double Y-axis type is a compact Cartesian robot that combines two robots into a single unit. This design is ideal for applications that require synchronized motion on two axes,... | |
| Yamaha's dust-proof and drip-proof SCARA robots are designed to provide high performance in harsh environments where traditional robots might struggle. These robots are equipped with specialized protection measures to prevent... | |
| Yamaha's Gantry type robots are designed with a guide railing at the end of the Y-axis for additional support, providing greater stability and precision during operation. The gantry type robots... | |
| Yamaha's Moving Arm type Cartesian robots feature a moving Y-axis arm that can extend the reach of the robot to access hard-to-reach areas. The Moving Arm type is available in... | |
| Yamaha's Pole type Cartesian robot features a vertically moving Y-axis carriage and can be configured with either two or three axes. It is designed to provide a solution for applications... | |
| Yamaha's Shaft up/down type Cartesian robots are designed to have a Z-axis shaft that can move up and down. These robots are available in 3-axis and 4-axis configurations, making them... |