STELLITE | STELLITE cutting rotors are suitable for processing polymer raw materials and soft plastics. |
By Tooth Profile & Number
In the plastic pelletizing process, the angle and tooth profile design of the cutter directly affect cutting smoothness, pellet precision and tool service life. The six categories of angles and tooth profiles of Maisen cutters can be accurately matched to the characteristics of different materials.
Matching the appropriate angle and tooth profile of Maisen cutters according to material properties can significantly improve the stability and economy of the pelletizing process, helping to enhance the quality and efficiency of plastic pelletizing production.
1.Tooth profile | MS01 | MS02 | MS08 | MS10 | MS13 | MS15 |
Usage Scenarios | Polymerization;
Modified general-purpose materials | Polymerization;
Most modified materials | Polymerization;
Multi-powder materials | Polymerization; | Long fibers | Soft plastic |
In the plastic pelletizing process, the number of teeth on the moving cutter is not a fixed parameter.
Instead, it is a core element that needs to be scientifically configured according to material characteristics, and directly affects pellet size precision, cutting efficiency and equipment operation stability.
2.Tooth count | 5月10日 | 16/24 | 30 | 40 | 46 | 60 |
Usage Scenarios | Long fibers | Low-viscoscity
multi-powder materials | Medium-high viscosity
polymerization;
modified reinforced plastic pellet | Medium-high viscosity
polymerization | Micro-particles | Polymerization
(Large cutter diameter) |
Customization
We provide high-precision OEM/ODM rotor solutions tailored to your production needs.
·Brand Compatibility: 1:1 precision customization for major brands (e.g., Maag, Scheer, Cumberland, Gala).
·Material Options: Specialized materials including Stellite, Tungsten Carbide, PM Steel, and HSS.
·Tooth Configuration: Variable tooth counts (24T–72T) and densities (e.g., 5/10, 16/24) to optimize pellet length and output.
·Precision Engineering: Custom dimensions (OD, Length, Bore) based on your technical drawings or samples.
·Surface Treatment: Advanced TiN/surface hardening for superior wear resistance with abrasive materials (e.g., GF/CF reinforced).
How to Start: Send us your pelletizer model, material type, or technical drawings for a custom quote.
