65-VEAM

VEAM (twin electrical actuator module) is an innovative device that is used for a variety of applications. It has become an integral part of many industrial processes due to its superior performance and reliability. VEAM was designed and developed by Evamotion, a French technology company based in Paris. The module uses two electric motors to actuate a pair of actuators, allowing it to provide precise motion control in virtually any environment. In this article, we will discuss the various applications of VEAM and its working principle.

Applications of VEAM

VEAM modules can be used in a wide range of industries and applications. For instance, it can be used to provide precise motion control in the aerospace industry, where it is used to move aircraft engines, undercarriages, and landing gear. VEAM is also used in the automotive industry to provide precise motion control for a variety of vehicle components, such as windshield wipers, sun roofs, and door locks. In the medical sector, it is used to provide precise motion control for robotic surgeries and prosthetics. In the entertainment industry, VEAM is used to provide precise motion control for animatronics and theme park rides.

VEAM modules are also used in the industrial and manufacturing sectors. They are used in automated assembly lines to provide precise motion control for robotic arms and other automated systems. VEAM modules are also used in food and beverage processing systems to provide precise motion control for filling and packaging lines. Finally, they are used in commercial and residential construction to provide precise motion control for elevators, stair lifts, and other forms of transport.

Working Principle of VEAM

VEAM modules are designed to provide precise motion control in virtually any environment. The module consists of two electric motors that act as the actuators, as well as an onboard computer system that provides the controls. The motors are connected to a gearbox and use an electronic control system to provide precise motion control. The module can be programmed to move a set distance, accelerate, decelerate, or hold in place.

The module can also be programmed to respond to external inputs. For instance, it can be programmed to respond to a user’s voice commands, or to a switch or sensor or RFID transponder. This allows the module to be used in applications such as robotic surgeries, automated assembly lines, and theme park rides.

The module also has a telemetry system that allows for remote monitoring and diagnostics. This system allows operators to monitor and adjust the module’s performance remotely. The telemetry system also helps ensure that the module is running at optimal performance levels.

Conclusion

VEAM modules have become an integral part of many industrial processes due to their superior performance and reliability. They are used in a wide range of industries, including aerospace, automotive, medical, entertainment, industrial, and manufacturing sectors. The module uses two electric motors and an onboard computer system to provide precise motion control, and it can be programmed to respond to external inputs. The module also has a telemetry system that allows for remote monitoring and diagnostics, helping to ensure optimal performance levels.