Laserworld - DS-30.000 FB4 IP65

This type of laser is rarely used in isolation. Instead, it is used in configurations where several elements need to work together, with a high level of synchronisation and precision. The DS-30.000 FB4 IP65 has been designed precisely with this in mind, directly integrating the tools needed to form part of an overall system.

The on-board Pangolin FB4 interface plays a central role here. It enables the laser to be controlled via a network, without the need for an external interface, which considerably simplifies the technical architecture. Once connected, the projector can be controlled from dedicated software, with direct access to content and parameters. This approach makes it possible to work on complex animations, manage timelines or trigger sequences with precision.

Operation is not limited to real-time control. Content can be prepared in advance, then stored in the laser's internal memory. They can then be accessed via DMX or Art-Net, making them easy to integrate into existing lighting programming. This combination of software creation and control room triggering provides real flexibility in operation.

The power available means that a clear visual presence can be maintained in busy environments. The beam remains controlled, with contained divergence, ensuring that effects are easy to read, even at great distances. This precision is particularly useful for graphic projections, where every detail counts.

The IP65 enclosure adds an extra dimension in terms of installation. The laser can be used outdoors or in more demanding conditions without the need for special protection. This simplifies installation and means that installations can last longer, with fewer technical interventions.

In a multi-projector configuration, integration remains seamless. Network control, combined with DMX and Art-Net protocols, means that several units can be synchronised to create a coherent, large-scale display. The DS-30.000 FB4 IP65 then becomes one element among others in a larger architecture, while retaining a high level of operating autonomy.