Model | Tenon Structure | Key Features | Ideal Application |
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QMX1225GM | Symmetrical (Same on both ends) | Standard double-end tenoning – forms identical tenons on left and right ends | Traditional furniture, cabinet frames |
QMX1225GMK | Asymmetrical (Male left / Female right) | Specialized for Three-Spine Buckle – left side for male tenon, right side for female tenon | Engineered wood flooring, locking furniture systems |

QMX1225GK Three-Spine Buckle Double-End Tenoning Machine (Male Tenon)
Overview:
The QMX1225GK is a high-performance CNC double-end tenoning machine designed specifically for producing male tenons in Three-Spine buckle panels. It is ideal for mass production in flooring and furniture industries requiring efficient, accurate, and consistent male-slotting operations. The machine supports automated processing and seamless integration into assembly lines.
QMX1225GMK – What Makes It Unique?
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Left-right asymmetric tenon shaping (male and female) for locking systems
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Supports Three-Spine Buckle joints
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Ideal for mass production with precise fit and minimal error
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Designed for high-speed assembly line workflows
QMX1225GM – General Use Model
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Produces uniform straight tenons on both ends
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Reliable and versatile for a wide range of woodworking applications
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Suitable for standard cabinet door frames, furniture panels, etc.
Key Features:
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Working Range: Machining width 280–2500 mm, thickness 10–50 mm
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High-Speed Processing: Feeding speed 3–36 m/min; sawing speed up to 6000 r/min; pre-cutting up to 9000 r/min
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Powerful Drive: Equipped with multiple high-power motors – total motor output exceeds 60 kW
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Advanced Milling: Supports adjustable milling and V-groove shaping for precision joints
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Robust Build: Heavy-duty frame ensures long-term stability and accuracy
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Vacuum Dust Control: Integrated system for efficient chip removal and clean operation
Applications:
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Decorative wood thread and veneered particleboard
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Solid wood flooring and artificial board lock furniture
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Suitable for large-scale male slotting of panels in Three-Spine joint manufacturing
Technical Efficiency: