Double-end Tenoner
Stability
Efficiency
Double-end machining
Trimming & tenoning in one pass
Highly efficient & practical
The grooving/scoring saw with a jump cutter function, effectivelypreventing machining defects such as tear-out and edge chipping.
The left/right pressing systems utilize electrically braked servo motors for lifting, operating in both synchronized and independent modes. This ensures fast, precise adjustment and reliable positioning stability.
The milling spindle and cut-off saw (when used as lower saw) areequipped with flat support rails and top press plates. All top press plates employ pneumatic clamping, ensuring stable and reliable workpiece processing.
This machine is designed for dual-end trimming and tenoning of solid wood furniture, solid wood doors, panel furniture, and cabinet components.
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The machine body is constructed as aone-piece, high-quality casting, undergoing special treatment and precision machining by gantry machining centers. This ensures optimal structural integrity,exceptional stability, and superior accuracy.
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The left/right pressing beam lifting structure utilizes a dual-column synchronous lifting pressure system for CNC height adjustment,ensuring stable material pressing and fast, user-friendly operation.
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The feeding system adopts high-precision synchronous belts and aluminum alloy chain plates, equipped with arc rollerball bearings and round bar guide rail combination for guidance. Its worktable is oil-free, operates smoothly, and positions accurately.
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The first bottom saw is equipped with an automatic jump saw cutting device, effectively eliminating burrs and chipping during sawing operations.
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The milling cutter position is equipped with alower flat support strip+upper pneumatic cylinder for material pressing,ensuringstablepressing and balanced pressure.
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The machine is equipped with an elevated and increased cutting throat depth structure to accommodate tilting adjustments of milling spindle and long tenon.
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Spindle layout
The MP series adopts all-electric spindles, and the spindle speed of each can be adjusted through frequency conversion.
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Spindle layout
| Item/Model | QMX6025M/QMX6030M | QMX6025MP/QMX6030MP |
| Working width | 300~2500/300~3000mm | 300~2500/300~3000mm |
| Working thickness | 10~120mm | 10~75mm |
| Feed block spacing | 500mm | 500mm |
| Feeding speed | 2.5~36m/min | 2.5~36m/min |
| Saw blade speed | 3000r/min | 3000~6000r/min |
| Milling spindle speed | 7500r/min | 6000~9000r/min |
| Saw blade specification of cutoff saw | Φ200~300(outer DIA)xΦ30(inner hole)mm | Φ200~300(outer DIA)xΦ40(inner hole)mm |
| Saw blade specification of groove saw | Φ160~200(outer DIA)xΦ30(inner hole)mm | Φ160~200(outer DIA)xΦ40(inner hole)mm |
| Effective cutting DIA of milling cutter | Φ108~180(outer DIA)xΦ40(inner hole)mm | Φ155~250(outer DIA)xΦ40(inner hole)mm |
| Cutoff saw tilt angle | ±20° ~ ±45° | ±20° ~ ±45° |
| Milling spindle tilt angle | ±25° ~ ±45° | ±25° ~ ±45° |
| Total motor power | 41.74kW | 41.74kW |
| Cutoff saw power | 7.5kWx2 | 7.5kWx2 |
| Groove saw power | 3.0kWx2 | 3.0kWx2 |
| Milling spindle power | 7.5kWx2 | 7.5kWx2 |
| Feeding motor power | 4.0kW | 4.0kW |
| Width setting motor power | 1.0kW | 1.0kW |
| Pressing belt lifting motor power | 0.37kWx2 | 0.37kwx2 |
| Suction port DIA | Φ120mmx6 | Φ120mmx6 |
| Air requirement of suction system | 30–35m/s | 30–35m/s |
| Air speed of suction system | 200m³/min | 200m³/min |
| Outline dimension | 495x413x190cm/555x413x190cm | 495x413x190cm/555x413x190cm |
| Weight | 6000Kg/6200kg | 6000Kg/6200kg |