1. Cutter teeth Structure*
- **Blade Design**: The cutter teeth is typically equipped with multiple high-strength alloy blades, featuring straight, curved, or serrated edges to adapt to different types of wood.
- **Blade Arrangement**: Blades are arranged radially or spirally to ensure uniform cutting and minimize jamming.
2. Power System
- **Power Source**: The cutter teeth is driven by hydraulic motors or internal combustion engines, providing sufficient torque and rotational speed.
- **Transmission System**: Power is transferred to the cutter teeth via gears or belt drives to ensure efficient operation.
3. Cutting and Crushing Mechanism
- **Rotary Cutting**: The cutter teeth rotate at high speed, allowing blades to slice into the stump and break it into small pieces.
- **Crushing Action**: Impact and shear forces generated by the rotating blades further pulverize the wood fragments to the desired granularity.
4. Materials and Durability
- **High-Strength Materials**: Blades are made of wear-resistant alloy steel to extend service life.
- **Surface Treatment**: Blades undergo hardening treatments to enhance wear resistance and impact tolerance.
5. Safety Design
- **Protective Features**: The cutter teeth include protective shields to prevent debris splatter.
- **Emergency Braking**: An emergency braking system ensures operational safety.
6. Operation and Maintenance
- **Ease of Use**: The design prioritizes user-friendliness and straightforward operation.
- **Maintenance Accessibility**: The cutter teeth are easy to disassemble and maintain, reducing downtime.
**Summary**