Engineered for safety

Taurus self-propelled shear balers integrate components that eliminate risk rather than transferring it to the operator.

If the problem with remote-controlled tracked shear balers is the variability of the human-machine relationship, the solution cannot consist merely of any additional operating procedures. The Machinery Directive requires risk to be reduced through design rather than routinely relying on operators.

Based on this principle, Taurus comes with a different architecture: the shear baler should not be controlled remotely but should physically integrate the control point into its operational geometry.

POSITION AND TRAJECTORY

The newly designed Taurus self-propelled shear baler introduces Articontrol, a control system mounted on a structural arm connected to the machine and protected by industrial property rights. The principle is simple but fundamental: the operator does not choose where to stand, the position is determined by the machine.

Under these conditions, the direction of movement becomes recognisable to every person in the yard, rotation radius is perceivable in real time, trajectory does not require interpretation, and the operator’s position remains consistently aligned with the machine’s movement.

For Taurus shear balers equipped with Articontrol, control is no longer an estimate but a geometric condition. In terms of functional safety, the machine no longer depends on where the operator decides to stand.

PASSIVE TO ACTIVE CONTROL

The second development in the Taurus design concerns the surrounding environment. In traditional mobile machines, collision prevention relies mainly on visibility and human attention. The new Taurus configuration introduces an AI tool – named IA Sensor – for detecting people and obstacles. It is also protected by industrial property rights, and designed specifically for the scrap environment.

The Taurus IA Sensor does not merely provide warnings but actively supervises movement by detecting human presence within the manoeuvring radius, identifying obstacles not visible to the operator, automatically reducing speed and stopping machine movement under hazardous conditions. The shear baler is no longer only overseen: it actively monitors its local environment.

SAFETY APPROACH

The two solutions operate at different but complementary levels: Articontrol stabilises the operator-machine relationship while the IA Sensor system stabilises the machine-environment relationship. The result is a system in which safety depends neither on distance nor on the operator’s attention, but on dedicated design.

CONSISTENCY WITH THE DIRECTIVE

With this architecture, Taurus follows the required riskreduction hierarchy and ensures predictable machine movement through the predefined operator position provided by Articontrol, reduces operational interferences through the system’s geometric configuration, and prevents collisions through the IA Sensor.

As a result, risk control once again becomes a property of the machine rather than that of the operator.

CONCLUSION

The evolution of Taurus mobile shear balers is not just about making them more powerful or productive but also about shifting from systems based on operator prudence to systems designed for predictability. Integrating the operator into the machine and the machine into its environment means transforming safety from a variable into a structural characteristic.

It is not an additional function. It is a paradigm shift: the machine is no longer managed remotely and is designed to eliminate uncertainty.

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