Mathematical Coloration & Curvature Optimization
利用幾何聲學與有限元素分析（FEA），精確計算吸音棉、擴散板的曲率半徑與反射角度，消除駐波與共振。
Next-Gen AI-Powered Architectural Acoustics & Studio Spatial Design
Precision Acoustic Architecture Powered by Generative AI
We bridge advanced mathematical wave-field simulation with bespoke interior studio construction. Eliminating room modes, flutter echoes, and acoustic coloration before the first panel is built.
Room 6.0 × 4.0 m · 200 Hz
Core Technology & Solutions
From wave-field mathematics to the finished room.
Custom Algorithmic Diffusion & Absorption Panels
根據空間尺寸與殘響時間（RT60）目標，自動參數化生成專屬聲學吸音材料佈局與裝潢施工規格。
Photorealistic Acoustic & Spatial Rendering
整合空間光線與真實材質物理特性的 3D 精度渲染，實現設計即施工、聽感即美學的錄音室空間。
From measurement to a tuned room
Four steps, from the first tape measure to the final listening test.
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1
Spatial Dimension & Acoustic Profiling
Room geometry, surface materials, and listening positions are measured and recorded.
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2
AI Wave-Field & Resonant Mode Calculation
Simulation locates room modes, flutter echoes, and problem reflection paths.
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3
Parametric Blueprint & 3D Photorealistic Render
Panel layouts and build specs are generated, then previewed as a photorealistic render.
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4
Offline On-Site Bespoke Installation & Tuning
Panels are built and installed on site, then tuned by ear and by measurement.