FINESuspension Loudspeaker Spider Design & Simulation Software
Loudspeaker Spider Design Software - FEA Spider and Surround Design from Templates
Highly accurate, fast and easy to use
Loudspeaker Spider Design Software - FEA Spider and Surround Design from Templates
Highly accurate, fast and easy to use
FINESuspension allows engineers to design, simulate and analyse loudspeaker spider ad suspension systems including compliance, damping, and mechanical behaviour. The software supports driver development and mechanical optimisation for professional loudspeaker engineering projects
Non-Linear Finite Element Loudspeaker Spider Design & Simulation five different template configurations and input your dimensions directly for fast and precise modelling.
Our Non-Linear Finite Element Loudspeaker Spider Design & Simulation five different template configurations and input your dimensions directly for fast and precise modelling.
FINESuspension performs advanced non-linear FEA calculations of Kms(x), Cms(x), and F(x) for simulated spiders and surrounds, allowing you to calculate their combined effect accurately.
The total linear range per IEC 62458 standards is clearly displayed for the combined spider and surround system. Additionally, the combined Cms of ABR’s can be entered directly into FINEBox for seamless integration.
FINESuspension is developed specifically for loudspeaker engineers by loudspeaker engineers. It addresses practical design challenges with a user-friendly interface, delivering fast, accurate, and reliable results.
Leading sound specialists and companies trust our software, including Hifi Motive, Triad Speakers, Sonance, Bose, Bogen, Accuton, and Estec – a true testament to its quality and effectiveness.
Non-Linear FEA calculations of Kms(x), Cms(x) and F(x) for Spiders
Non-Linear FEA calculations of Kms(x), Cms(x) and F(x) for Surrounds
Design Spiders and Surrounds from Geometric Templates by only input dimensions
Optimize Spider waves and dimensions for a given linear range per IEC 62458
Optimize Surround profiles and dimensions for a given linear range per IEC 62458
Optimize Spiders for perfect symmetry at required Xmax
Optimize Surrounds for perfect symmetry at required Xmax
Design special Spiders and Surrounds from simple CAD files (DXF format)
Analyze Spiders and Surrounds at various Forces and materials
Material Database with typical spider and surround materials and parameters
FINESuspension integrates with FINECone for cone design and behaviour simulation, FINEBox PRO for complete box modelling, and FINEMotor PRO for driver design and complete loudspeaker design modelling. This allows engineers to design analyse all key aspeccts and behaviour and optimise loudspeaker performance during the development process.
FEA Spider and Surround Design from Templates
Highly accurate, fast and easy to use
What is FINESuspension used for?
It is used to analyze and simulate the mechanical properties of loudspeaker spiders and surrounds, helping engineers optimize performance without the need for complex CAD files.
How does the software handle non-linear behavior?
The software performs non-linear Finite Element Analysis (FEA) calculations of parameters like Kms(x), Cms(x), and F(x) to provide accurate modeling of spider and surround behavior under different conditions.
Can I combine spider and surround calculations?
Yes, the software allows you to calculate spiders and surrounds combined, showing the total linear range according to IEC 62458 standards.
Is the software suitable for beginners or only experts?
FINESuspension is designed by loudspeaker engineers with user experience in mind, making it accessible for both technicians and engineers without requiring CAD skills.
Can I integrate results with other Loudsoft software?
Yes, the combined Cms of ABR’s from this software can be directly imported into FINEBox for further loudspeaker box design and simulation.
Which companies use this software?
Leading sound specialists such as HiFi Motive, Triad Speakers, Sonance, Bose, Bogen, Accuton, and Estec rely on this software for their loudspeaker spider design needs.
