Pro Audio Services

Many music and audio enthusiasts favor vintage and high-end audio equipment for its distinctive sonic characteristics, whether professional or home use. That's why we offer specialized services to restore these systems to their original condition and specifications. When desired, we can even enhance them through carefully planned upgrades or replacements using high-quality components—thus blending modern audio technology with the preserved tonal character and 'musicality' of the original design.

Many first- and second-generation high-end digital audio systems benefit significantly from upgrades that include refined A/D and D/A conversion stages, high-precision FIR digital interpolation filters, superior current-to-voltage (I/V) conversion topology and meticulously optimized low-pass filtering on both input and output stages—all contributing to greater resolution, improved transparency and a more natural, balanced presentation.

Also the fully analog systems can be brought back to its original factory specifications by using high-quality components. This applies to systems based on semiconductors (in the early 70's referred to as solid-state) as for vacuum tube technology.

We offer repair, preventative maintenance and modification services for the professional audio sector, including music recording studios, AV rental firms and independent radio production companies. By tracking the long-term performance metrics of critical audio equipment, we enhance system reliability and production continuity. This is achieved through data-driven hardware management strategies, utilizing Mean Time Between Failures (MTBF) analysis to inform maintenance cycles and preempt potential points of failure.

This approach provides our customers with a valuable tool to maximize the effectiveness of their equipment while extending its lifespan. As a result, Return on Investment (ROI) is optimized and the depreciation of the systems is spread over a longer period. Through targeted modifications and enhancements to address identified design weaknesses, we not only offer repair solutions but also increase the equipment's operational lifespan and expand its range of applications.

For the Broadcast Audio sector, we provide services that support both the modernization of existing studios and the installation of newly designed studio facilities across the Benelux, Germany, and France.

All adjustments and measurements are performed using high-end professional equipment, including systems from Rohde & Schwarz and Audio Precision.

Our Engineering Services include:

█  Assembly & installation newly developed studios.

█  Engineering & construction broadcast - protocol - interfaces.

█  Programming / configuration of Broadcast Audio Mixers.

█  IP-Based Pod- & Broadcast Audio studios, both small and High-End.

In some cases, it becomes necessary to repair precision mechanical running gear or address issues caused by wear and tear. Through our collaboration with expert precision instrument makers and 3D laser scanning specialists, we are able to carry out advanced overhauls of running gear across a range of systems. This includes both metal components and microplastic parts, utilizing modern 3D printing design methods. All required components can be replicated or (re)engineered using high-resolution 3D scanning and SolidWorks™ MCAD software, combined with high-precision CNC manufacturing techniques.

In accordance with local noise pollution regulations, it’s important to verify that an installed sound system complies with the relevant standards. This typically applies to venues such as restaurants, clubs or theaters. In collaboration with the venue owners, measurements are carried out to assess whether the noise levels—and particularly low-frequency transmission through the building's structure—remain within permissible limits.

Upgrading or replacing an existing audio or PA system often alters the acoustic profile, which can lead to increased disturbance in the surrounding environment. To minimize the risk of unexpected issues or costly corrections later on, it is advisable to conduct thorough measurements during any such system changes or upgrades.