Design and Manufacturing of a New Generation SCARA-Type Robot with High Payload Capacity
These robots provide fast, precise and uninterrupted production in press manufacturing processes in sectors such as automotive, white goods, electronics and plastic injection. While the developed robots save space with their compact structure, they increase production speed and capacity with their high carrying capacity and long reach distance. Thanks to the integrated artificial intelligence and machine learning algorithms, process optimization is achieved, and data exchange is facilitated with Industry 4.0 compatible integration. While this innovative design contributes to an environmentally friendly production process by minimizing energy consumption, it can easily adapt to different production needs with its customizable structure.
In industrial production, it has become an important requirement for robots with large payload capacities to work quickly, precisely and energy efficiently at the same time. The limited carrying capacity and low energy efficiency of traditional SCARA robots have revealed the need for a more advanced design. In addition, the lack of coordination between the press and robots causes disruptions in production processes, and the lack of flexible systems to adapt to different part sizes slows down the production speed.