🎵 DIY 8" Three-Way Wooden Speaker Box – Bookshelf Style Hi-Fi
🎵 DIY 8" Three-Way Wooden Speaker Box – Bookshelf Style Hi-Fi
⏰ high demand! - Latest units ⏰
Couldn't load pickup availability
🎵 DIY 8" Three-Way Wooden Speaker Box – Bookshelf Style Hi-Fi
🪵 High-Fidelity Handcrafted Design
Create your own sound system with this handcrafted wooden speaker cabinet , designed to deliver accurate and balanced sound response in three-way Hi-Fi configurations.
🔊 Compact Bookshelf Structure
Its bookshelf design allows for excellent resonance and sound clarity , ideal for home audio projects, studios, or custom entertainment systems.
⚙️ Three-Way Design with Internal Labyrinth
The internal labyrinth structure optimizes sound flow and reduces distortion, ensuring deep bass, defined mids and clear highs.
Perfect for high-end DIY projects or replacing damaged boxes.
🧰 Quality Material and Precise Construction
Made of high-density solid wood , it offers great durability and an elegant natural finish.
Its robust construction improves acoustic resonance and maintains a faithful sound response.
📏 Technical Details
-
Model: 8 inch empty box (pair)
-
Material: High-density wood
-
Input Type: High-Level Input
-
Structure: Three-way bookshelf (front)
-
Hole depth:
-
Treble: 3 mm
-
Media: 5 mm
-
Bass: 8.5 mm
-
📦 Package Contents
-
1 Pair of empty boxes (2 units)
💡 Ideal for
✅ DIY audio enthusiasts
✅ Custom Hi-Fi Projects
✅ Home studios or high-fidelity systems
✅ Speaker replacement or upgrade
Shipment
Shipment
We are fully dedicated to tracking and managing your order, so you can fully trust us once your purchase is complete. If any questions or concerns arise, our customer service team is available to provide any assistance you need.
Returns
Returns
We've extended our return period to 30 days from receipt of the product , giving you greater flexibility and peace of mind in your shopping experience.
Quality control
Quality control
We guarantee the 100% quality of our products. Each item undergoes extensive testing and inspection to ensure durability and optimal performance.
