SeeSound is entering the industrial sector, incorporating public address systems, intercom solutions and acoustic systems.

These solutions are designed to meet the specific needs of industry and logistics centres, hospital environments and worship spaces.

With this new line of solutions, SeeSound reinforces its commitment to projects where communication and safety are critical: from EN54-certified voice evacuation systems to audio-over-IP public address, background music, portable PA, conferencing, digital intercom, ATEX industrial intercom and acoustic treatments aimed at improving intelligibility, comfort and sound control in complex environments.

Industry and logistics centres: robustness, reliability and critical communication

In industrial plants and large logistics facilities, public address systems must operate reliably under demanding conditions. With the solutions incorporated, SeeSound covers essential functions such as:

• Voice alarm systems for safe evacuations.
• Time signalling and shift-change announcements.
• Staff location and general or zoned messaging.
• Solutions for large venues with high sound pressure level loudspeakers.
• Equipment for the energy industry with explosion risk, including ATEX-certified loudspeakers and intercoms with high IP protection ratings.
• Integration of music and announcements in offices, visitor areas and operational zones, ensuring clear communication throughout the facility.

Featured solution: EN54 voice evacuation (EN 54-16)

At the core of this offering, SeeSound introduces the UDEVAC system by UDE Audio, a solution that integrates public address, background music and voice alarm into a single scalable and reliable system, designed to deliver clear messages and continuously monitor the status of the system, loudspeakers and audio lines.

Available in configurations such as UDEVAC-500 and UDEVAC-6000, it provides flexibility, redundancy and advanced control to adapt to projects of different sizes and requirements, complying with the most demanding European standards. 

Additional sectors: worship spaces, hospitals and tunnels

This expansion also enables SeeSound to address other environments where intelligibility and secure communication make a decisive difference:

• Worship spaces: a new dedicated range featuring Line Array DSP, designed to enhance speech intelligibility and achieve uniform coverage in reverberant venues. UDE is a brand that guarantees seamless integration across the entire audio chain, from microphones to loudspeakers—essential when speech is the priority.
• Hospitals: patient-to-nurse communication solutions and integrated paging systems.
• Tunnels and special environments: decentralised solutions over LAN networks, prepared for demanding conditions and continuous operation.

Worship spaces: true intelligibility with Line Array DSP

In churches, cathedrals and worship spaces, reverberation and high ceilings can cause speech to become unintelligible. For this reason, SeeSound incorporates specific solutions such as Line Array DSP, designed to deliver maximum speech intelligibility and homogeneous coverage in acoustically complex venues.

 Line Array DSP is a system of self-powered loudspeakers coupled in a linear structure, achieving smoother attenuation over distance and controlled directivity that helps reduce the effects of reverberation. The result is uniform SPL coverage throughout the listening area and a clearer, more natural experience for attendees.

With this proposal, SeeSound strengthens its offering for worship spaces with solutions that prioritise what matters most: ensuring every word is clearly understood, from any point in the venue.

Team reinforcement: three new additions

As part of this growth and market expansion, SeeSound is strengthening its team with three new Industrial Sector Sales Engineers:

• Alejandro García Olcina
• Israel Torices
• Juan Luis González

With this strategic move, SeeSound consolidates its position as a technology partner for professional projects, adding solutions focused on safety, operational coordination and intelligibility in environments where audio cannot fail.