Used Zeppelin CMB 300 High-Intensity Mixing System – 300-Liter Stainless Steel Mixer with 3 Interchangeable Bowls

Manufacturer Information

Zeppelin Systems

Zeppelin Systems manufactures industrial mixing, bulk-material handling, conveying, dosing, and processing systems for applications involving powders, granules, compounds, and specialty formulations. Its mixing technology is used across plastics, chemicals, food ingredients, compounding, and other process industries.

This Zeppelin CMB 300 high-intensity mixing system was built in 2020 and combines a stainless steel mixer with a Siemens SIMATIC HMI control system and three interchangeable stainless steel bowls on wheels.

Description

Available for sale is a used Zeppelin high-intensity mixing system, Type CMB 300, constructed of stainless steel and built in 2020.

The mixer has a 300-liter (10.59-cu.-ft.) total capacity and a 200-liter (7.06-cu.-ft.) working capacity, providing a useful distinction between overall vessel volume and recommended process batch volume.

Designed for high-intensity batch mixing, the system may be suitable for applications requiring rapid blending, homogenization, dispersion, conditioning, or preparation of compatible powders, granules, compounds, and other process materials.

A major advantage of this package is the inclusion of three stainless steel interchangeable mixing bowls mounted on wheels. Interchangeable bowls can support efficient production scheduling by allowing one vessel to be prepared, cleaned, discharged, or staged while another is incorporated into the production process.

The system also includes a Siemens SIMATIC HMI control panel for operator interface and process control.

Serial Number: 900000545

For buyers relocating the equipment domestically or internationally, Aaron Equipment's Freight Specialists can assist with freight coordination and customs documentation to help facilitate a smooth equipment transition.

Specifications

Typical Applications

• High-intensity mixing
• Powder blending
• Granule mixing
• Batch homogenization
• Compound preparation
• Additive incorporation
• Material conditioning
• Specialty formulation
• Plastics compounding
• Chemical processing
• Premix preparation
• Batch production

Products This Mixing System Could Be Used For

• Plastic compounds
• Polymer additives
• Masterbatch formulations
• PVC compounds
• Powder blends
• Granulated materials
• Chemical formulations
• Pigment mixtures
• Mineral blends
• Specialty compounds
• Compatible food ingredient blends
• Other compatible dry or formulated process materials

Actual suitability depends on product characteristics, bulk density, particle size, required mixing intensity, temperature, batch size, material compatibility, installed mixing tooling, and process requirements.

Frequently Asked Questions

• What is the capacity of the Zeppelin CMB 300? The mixer has a 300-liter total capacity and a 200-liter working capacity, equivalent to approximately 10.59 and 7.06 cubic feet, respectively.
• How many mixing bowls are included? The system includes three interchangeable stainless steel bowls, each mounted on wheels for mobility and material handling.
• What controls are included? The package includes a Siemens SIMATIC HMI control panel for operator interface and process control.
• What are the advantages of interchangeable bowls? Multiple bowls can provide greater production flexibility by allowing batches to be staged, transported, discharged, or cleaned separately, depending on the plant's workflow.
• What products can be processed in the CMB 300? Potential applications include powders, granules, polymer compounds, additives, pigments, chemical formulations, and other compatible materials requiring high-intensity batch mixing.
• Can Aaron Equipment assist with freight, international shipping, and customs? Yes. Aaron Equipment's Freight Specialists can assist with freight coordination and customs documentation, including logistics planning for the mixer, control system, and three mobile bowls to help facilitate domestic or international relocation.