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CNC500
CNC dovetail tenoner machine is a high-precision woodworking equipment that uses computer digital control technology to automatically mill dovetail tenon heads (male tenons) and mortise and tenon grooves (female tenons) at the end of the board. It is mainly used to process the right angle connection parts of furniture such as drawers and cabinets, achieving precise and secure splicing between boards.
CNC dovetail tenoner machine main function is to standardize and automate the production of traditional dovetail mortise and tenon structures, while ensuring connection strength, greatly improving production efficiency and product consistency.
Basic configuration
Spindle speed：17400rpm
Spindle motor:3.7kw
X-axis servo motor:0.75kw
Y-axis motor:0.75kw
Install power:5.2kw
Processing thickness:5-25mm
Tenoning spacing:adjustable
Cutting speed:3-30s/time
Machine weight:580kg
Machine size:1650*750*1200mm
Function
automatically mill dovetail tenon heads (male tenons) and mortise and tenon grooves (female tenons) at the end of the board
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Description
- Automatic milling forming: By using a high-speed rotating tenon cutter, the dovetail tenon head and mortise groove of the ladder platform are automatically milled according to the programmed path. The spindle speed is usually between 17000 and 24000 revolutions per minute, ensuring the smoothness of the cutting surface.
·Intelligent control and adjustment: using a CNC operating system, it can be operated with one click, making it convenient to input and modify parameters such as tenon size, spacing, angle, etc. The processing time can be adjusted according to the hardness of the wood, and a single workpiece usually only takes 8 to 35 seconds.
·Multiple tenon processing: not limited to dovetail tenons, it can also process various tenon and mortise structures such as straight tenons, triangular tenons, and round tenons through programming or tool replacement, flexibly adapting to different design requirements.
·High precision motion control: equipped with servo motors, high-precision ball screws, and linear guides, ensuring precise tool movement trajectory and machining accuracy of ± 0.1mm or even higher.
·Dual station efficient operation: Many models adopt a dual station design, where workers can load and unload materials at one station during processing, achieving uninterrupted machine operation and doubling efficiency.
Use Scenarios
- Furniture manufacturing: This is the most core application field, mainly used for producing components such as drawers (especially drawer panels), wardrobes, filing cabinets, sofas, tables and chairs that require high-strength right angle connections.
- Wooden container processing: widely used in the production of beehives, wooden boxes, packaging boxes, jewelry boxes, instrument boxes, etc. These products require high durability and aesthetics in the corners of the box.
- High end and customized woodworking: used in the fields of rosewood furniture, high-end handicrafts, ancient architecture restoration, etc., for processing complex and exquisite mortise and tenon structures, meeting the combination of traditional craftsmanship and modern precision.
Machine advantage
Compared to traditional manual or molding machines, its advantages and benefits are very prominent:
- High precision and consistency: Computer control eliminates human error, ensuring that every tenon produced in bulk has uniform size and tight bonding, significantly improving the structural strength and quality of furniture.
- Production efficiency leap: Processing speed is 5-10 times faster than manual production, and one equipment can replace multiple skilled workers and achieve continuous operation, significantly reducing the cost of individual products.
- Simple and safe operation: Ordinary workers can get started after simple training, without the need for experienced mentors. Meanwhile, the automated processing method avoids direct contact between hands and high-speed cutting tools, greatly reducing the risk of work-related injuries.
- High material utilization rate: By optimizing the material arrangement through computer, wood can be maximally utilized, saving 15% -30% of material costs compared to manual production.
- High design flexibility: It can easily process complex curves and irregular tenons, providing more possibilities for product design innovation. At the same time, tool wear can be compensated in the system without the need for tedious mechanical adjustments.
CNC control system
Touch screen
You can choose the tenoner type you need in system,machine can automatically processing the tenoner.
Finish products
Male tenoner and Female tenoner
It can automatically mill dovetail tenon heads (male tenons) and mortise and tenon grooves (female tenons) at the end of the board
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