Industrial robot KAWASAKI UX 150 F (sn: 992333)
Product description
Kawasaki UX 150 F is a powerful industrial robot designed for heavy-duty applications in the automotive and heavy industry sectors. With an impressive payload capacity of 150 kg and a reach exceeding 2.5 meters , this unit provides uncompromising strength and long arm reach. The UX series is renowned for its exceptional mechanical durability and rigidity, making this robot ideal for spot welding and handling large components.
Technical Specifications
| Parameter | Specification |
| Model | Kawasaki UX 150 F |
| Year of manufacture | 1999 |
| Serial number | 992333 |
| Number of axes | 6 |
| Payload | 150 kg |
| Reach | 2531 mm |
| Controller | Kawasaki Series C (CNC) |
| Condition | Used |
| Mounting | Floor-mounted |
Key Advantages and Functionality
- Powerful handling capabilities: The 150 kg payload enables the robot to manipulate heavy grippers, welding clamps, and massive components without overloading the drives.
- Large working envelope: A reach of 2531 mm allows the robot to operate freely across a wide radius, handling multiple stations simultaneously or reaching deep inside processing machines.
- Legendary UX series: Kawasaki UX robots are built for the toughest production conditions. Their construction offers high resistance to vibrations and dynamic overloads.
- Stable Series C control: The Series C CNC controller ensures high precision in repeatable movements and simplifies trajectory programming for complex industrial processes.
- Slim wrist design: Despite its high payload, the robot’s wrist design allows relatively easy access to hard-to-reach areas within welded structures or molds.
Additional Information
The Kawasaki UX 150 F with serial number 992333 represents the Japanese approach to robot engineering – simple, extremely durable, and easy to service. Despite its 1999 manufacture year, this model is still valued for its “armored” mechanics, surpassing the durability of many modern lighter designs. It is an excellent choice for facilities seeking high payload capacity at an attractive price-to-performance ratio.