CAM-S Double Shaft Ceramic Crusher

Product introduction:
  During the operation of the CAM-S dual-shaft ceramic crusher, the materials are uniformly fed into the crushing chamber by the feeding system and are strongly impacted by the high-speed rotating crushing disc. At the same time, they are subjected to centrifugal force and collide with the crushing gear ring, subject to shearing, friction, The effect of multiple comprehensive forces such as collision makes the materials crushed. The crushed materials move to the classification area with the airflow. The coarse and fine materials are separated through the grading wheel adjusted by the frequency conversion. The products that meet the fineness requirements enter the cyclone collector and the airflow. The dust collector collects, and the coarse materials are returned to the classification area for secondary crushing.

Features:
  1. In line with the new version, in line with GMP, C-GMP, FDA certification requirements

  2. It can be manufactured according to ISO, DIN, IDF, SMS, 3A, JIS standards

  3. Contains grading device, flexible granularity adjustment, reasonable structure and accurate grading

  4. Adopt the sealing system processed by foreign CNC machine tools (HARDINGE, USA) to ensure the design performance

  5. Humanized design, easy to disassemble and clean, without any dead corners

  6. Design of low-temperature cryogenic crushing process for heat-sensitive materials

  7. Flammable, explosive, and oxidizing materials can be used for inert gas closed-circuit protection and crushing

  8. Siemens PLC automatic control system, simple and convenient operation

Product advantages:
   Integrated design of crushing and grading, the ideal product size can be obtained by adjusting the grading wheel

   Compact structure, small footprint, low installed power, wide application range, and high cost performance

   According to the characteristics of the material, the crushing parts can be flexibly changed (rod, hammer, tooth, etc.) to obtain different crushing forces to improve crushing efficiency

   According to the characteristics of the material, the crushing parts can be flexibly changed (rod, hammer, tooth, etc.) to obtain different crushing forces to improve crushing efficiency

technical parameter: