LOUDSOFT’s a comprehensive suite of Loudspeaker Design Software, Loudspeaker Measuring Systems and Loudspeaker QC Software for OEM engineers, acoustic research teams and audio sounds manufacturers. Our tools support the complete loudspeaker design workflow. including finite element simulation of cones and motors, loudspeaker driver development, full acoustic system modelling and production line quality control.
Our FEA Driver Designs programs, FINEMotor PRO, FINESuspension and FINECone, integrate with FINEBox PRO to allow designers to simulate, test and refine their designs
Professional loudspeaker engineers use LOUDSOFT software to optimise driver performance, analyse acoustic behaviour, and reduce development time. The LOUSOFT suite supports the entire loudspeaker development process from driver design to final system optimisation:
FINECone, FINEMotor PRO, FINEBox PRO and FINESuspension are used to model driver behaviour.
FINE DSP and FINE X-Over are used in the simulation workflow to simulate system performance and refine acoustic output.
Loudspeaker Measurement and Test Software
FINE R+D and FINE R+D Viewer validate the designs and ensure that simulated results translate accurately into real-world performance.
Loudspeaker Quality Control Software
FINE QC, FINE QC Headphone Test System and FINE QC Viewer allow high speed end-of-line production quality control and remote viewing.
LOUDSOFT’s loudspeaker design programs are used and trusted by global leaders in audio and engineering, including Apple, Bentley Motors, BMW, Bosch, Motorola, Panasonic, Pioneer, Philips, Samsung, Sony, Walt Disney, Yamaha and many more specialized and emerging audio brands.
All LOUDSOFT software is created by expert loudspeaker engineers who understand the real-world challenges faced by audio designers. Our Speaker Design Programs are purpose-built to deliver fast, accurate data for design, simulation, measurement and refinement, without the complexity of traditional tools.
Highly Accurate: Trusted measurement and simulation algorithms provide results you can rely on
Exceptionally Fast: Most measurements and simulations complete in just seconds
No Training Needed: Clean, intuitive interfaces that work right out of the box
Purpose-Built: Designed specifically for loudspeaker R&D, testing, and QC applications
LOUDSOFT’s loudspeaker design and testing solutions streamline every stage of your loudspeaker development process. Our intuitive R&D and QC measurement systems allow you to test and validate designs in real time, make informed refinements and bring high-performance products to market faster and more efficiently.
LOUDSOFT Speaker Design Programs are professional software tools developed for loudspeaker engineers and designers. They are intuitive and provide fast, accurate simulations and measurements to support speaker development, testing and optimization.
Our tools are used by leading companies in consumer electronics, automotive, and pro audio—such as Apple, BMW, Samsung, Sony, Yamaha, and Bentley as well as by specialist audio engineers and OEM manufacturers worldwide.
LOUDSOFT programs are built by experienced loudspeaker engineers and are intuitive and tailored specifically for speaker design. Unlike generic or overly technical tools, our software is accurate, fast, and extremely easy to use with no training required.
Yes. LOUDSOFT’s measurement systems are suitable for both R&D work and QC in manufacturing. They deliver precise data within seconds and are ideal for testing, tuning, and verifying loudspeaker performance throughout the development cycle and production.
No. One of the main advantages of LOUDSOFT Loudspeaker Design Programs is that they are intuitive and ready to use. Most users can start designing and measuring immediately, without needing additional training or setup.
By combining fast simulations with real-time measurement data, LOUDSOFT tools help you refine designs quickly, identify issues early, and streamline the entire product development process, reducing delays and improving time-to-market.
We use technologies such as cookies to measure traffic and optimize the website. By clicking ‘Accept’ you consent to these technologies. Failure to consent may have a negative impact on certain features.