Custom Design and Manufacturing
From unique, one-off builds to full production runs, we create bespoke audio solutions tailored to the needs of artists, technicians, engineers, producers and boutique audio brands. Whether it’s a custom switcher for a world tour, a studio tool built to solve a specific problem, or a batch of units for retail, every project is designed and built to perform under pressure.
What we can do for you
Custom Hardware & Software Design
From switchers and playback systems to power supplies, redundancy units, and effects processors — we design and build bespoke hardware to meet the exact needs of artists, producers, engineers, and production teams.
Prototyping & Development
We take concepts from the drawing board to fully working hardware. Our process covers schematic design, PCB layout, enclosure design, and firmware development, with rapid prototyping so ideas can be tested and refined quickly. Prototypes are built to be road-ready, ensuring real-world validation before production.
Consultancy & Collaboration
We work closely with artists, engineers, and brands to solve technical challenges and develop solutions tailored to specific workflows - even outside of the audio sector. Whether it’s refining specifications, advising on manufacturability, or supporting compliance and certification, we collaborate to ensure every project is practical, scalable, and future-proof.
Electronics Manufacturing Services (EMS)
We offer low- to medium-volume manufacturing runs for boutique audio brands and OEMs, combining flexibility with uncompromising quality. From component sourcing to full assembly, testing, and compliance, we deliver manufacturing that matches the standards of touring-grade equipment.
Our Approach
Every project is built around reliability, serviceability, longevity and responsible design. From one-off touring builds to production hardware, we engineer equipment to perform under pressure and remain in service for years.
Sustainability is ingrained in how we work. We use high-quality, readily available components, avoid unnecessary proprietary parts, and design for maintenance, repair and long-term support from the outset.
The result is robust hardware that solves real-world problems, reduces unnecessary waste and remains dependable long after it leaves the workshop.
