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1. A composite structure that combines hardness and toughness: using two different metal materials with metallurgical bonding, high hardness and wear-resistant cutting edge+high toughness and crack resistant matrix, it resists wear and high-temperature softening under high-speed cutting, provides strong support, impact resistance and deformation resistance, and has a long service life.
2. "Precise and efficient" tooth profile technology: Advanced equipment such as high-precision CNC grinders or laser cutting is used for tooth profile manufacturing, with strict process control. The high-precision tooth profile has consistent and accurate angles, and complex tooth profiles can accurately manufacture various tooth profiles such as helical teeth, left and right alternating teeth, stepped flat teeth, and combined teeth to meet different processing effect requirements, with smooth cutting edges.
3. Multi scenario adaptive design: Multiple tooth shapes/numbers to choose from, suitable for various types of wood (solid wood/artificial board) and processing methods (longitudinal/transverse cutting, etc.), with strong versatility.
| Parameter | Common scope |
| Length (mm) | 2730, 3600, 3600, 4240, 3600, 3600, 4240, 4240, 4191, 4318, 3494, 4394, 4533, 4533, 4533, 5280, 8432, 3352, 4089, 6096, 5283, 4298, 4267, 5130, 5308, 5389, 6896 |
| Width (mm) | 34 |
| Thickness (mm) | 1.1 |
| Number of teeth (TPI) | 22 |
For more specifications, please contact the sales specialist
advantage
Rigid flexible combination: The cutting edge is made of high hardness materials (such as high-speed steel), which are wear-resistant and wear-resistant (usually above HRC 60). The substrate belongs to the spring steel substrate, which is resistant to impact and deformation. The durability of the combination of the two is several times that of ordinary blades, with a long service life.
Stable performance: The cutting process is smooth, and the cutting edge is not easily broken or rolled.
Strong adaptability: capable of processing complex materials such as hardwood, glued artificial boards, laminated boards, etc.
benefit point
Cost saving: Significantly reduce the procurement cost of cutting tools (decrease the cost of single piece processing), reduce the number of sharpening times and sharpening costs, and lower the overall production cost.
Improve efficiency: Enhance the flexibility of production scheduling, reduce downtime for tool changes/machine adjustments, ensure continuous machine operation, and increase production capacity.
Ensuring quality: reducing scrap and rework rates, improving product qualification rates and customer satisfaction, and reducing quality costs.
Safe and worry free: It is not easy to break when encountering wood nodules or nails, reducing the risk of equipment damage and operator injury, and ensuring production safety.