TECNOROBOT LEADING THE WAY IN INDUSTRIAL SUSTAINABILITY

REDUCING ENVIRONMENTAL IMPACT AND OPTIMIZING ENERGY: TECNOROBOT AT THE FOREFRONT OF INDUSTRIAL SUSTAINABILITY

In the context of increasing environmental awareness and the need to reduce energy consumption, Tecnorobot has made significant strides in the evolution of its robotic welding systems to comply with environmental regulations and enhance energy efficiency. Thanks to technological innovation, our systems are capable of integrating various solutions to reduce environmental impact and optimize resource usage.

REGENERATIVE MOTORS: THE KEY TO ENERGY SAVINGS

One of the key features of our modern robotic systems is the implementation of motors that regenerate braking current, feeding it back into the system. Thanks to the Power Regeneration function, energy that would otherwise be wasted during braking is recovered and reused, thus reducing overall electricity consumption. This not only contributes to energy savings but also enhances the operational efficiency of the system.

SMART ENERGY MANAGEMENT: CONTINUOUS OPTIMIZATION

To minimize environmental impact, our kit includes a series of smart energy management functions:

• Automatic activation of the robot motor brakes during periods of inactivity.
• ECO mode for brake control to reduce energy consumption.
• Stopping of the controller cooling fans during long periods of inactivity.
• Regeneration of energy from the servomotors during deceleration, with reinsertion into the primary power supply.

ECOLOGICAL LUBRICANTS AND ADVANCED SENSOR TECHNOLOGY: A GUARANTEE OF SUSTAINABILITY

We use oils, greases, and cooling liquids with a low or zero environmental impact, formulated to ensure optimal performance without compromising the safety of operators or the surrounding ecosystem. Additionally, advanced sensors monitor and precisely control all system functions, optimizing airflow in the fume extraction channels for effective capture and removal of harmful gases and particles produced during the welding process.

WELDING PARAMETERS OPTIMIZATION: MINIMIZATION OF WASTE

In welding applications, we optimize parameters based on material and process specifications, reducing waste and improving the quality of the final product. This leads to greater energy savings, as well as a reduction in waste and scrap materials.

CONCLUSIONS

Tecnorobot’s robotic systems are designed and configured to meet environmental regulations and promote energy savings through the integration of advanced technologies. With regenerative motors, eco-friendly lubricants, and advanced sensors, our systems offer not only environmental benefits but also economic and operational advantages for the companies that adopt them. We are committed to driving industrial sustainability, contributing to a greener and more efficient future for all.