The rotor is a crucial component of a double shaft shredder. It plays a key role in the shredding process by effectively breaking down and reducing the size of the materials being processed. Here are some common features of a double shaft shredder's rotor:

Dual Shafts: As the name suggests, a double shaft shredder has two parallel shafts that run the length of the shredder. The rotor is mounted on these shafts. The dual shaft design allows for efficient and effective shredding of various materials.

Cutting Blades: The rotor is equipped with cutting blades that are strategically positioned along the shafts. These blades are typically made of hardened steel and are designed to cut and shred the material as it passes through the shredder. The arrangement and shape of the blades can vary depending on the specific requirements and the type of material being shredded.

Interlocking Blades: In some double shaft shredders, the blades on each shaft are interlocking. This configuration helps optimize the cutting action, ensuring that the material is shredded from multiple angles. It enhances the shredding efficiency and reduces the chances of jamming.

Variable Blade Thickness: The blades on the rotor may have variable thickness. This design feature helps to achieve a precise shredding action, where some blades may be thicker to handle tougher materials or higher loads, while others may be thinner to facilitate finer shredding.

Replaceable Blades: The blades on the rotor are often designed to be replaceable. This allows for easy maintenance and replacement of damaged or worn-out blades, prolonging the lifespan of the rotor and ensuring consistent shredding performance.

Rotor Speed Control: Double shaft shredders typically offer adjustable rotor speed settings. This feature allows for flexibility in shredding different types of materials by varying the cutting action. Higher rotor speeds may be suitable for softer materials, while slower speeds may be preferred for more rigid or dense materials.

Rotor Protection: The rotor may be equipped with additional features to protect it against damage. For example, it may have overload protection mechanisms to prevent excessive strain on the blades and shafts. Additionally, some shredders have systems to detect and automatically reverse the rotor's rotation in case of jamming or overloading.

It's important to note that specific features of a double shaft shredder's rotor can vary across different models and manufacturers. The requirements and design considerations may also differ based on the intended application and the materials being processed.