Processing & Material Handling.
Transforming Your Production Flow with Precision Engineering
In the world of industrial production, the efficiency of your material handling and processing directly dictates your profitability and product quality. At Adteso, we don't just supply equipment; we engineer integrated, optimized systems that move, measure, and process your bulk materials with unmatched precision and reliability.
Whether you're dealing with powders, granules, or pellets, we have the expertise to design, install, and commission a system that eliminates bottlenecks, minimizes waste, and ensures product consistency from receipt to finished goods. 1. Solid Material Mixer 2. Liquid Material Mixer 3. Preparing Material System
Learn more Processing & Material Handling Solutions --->
1. Solid Material Mixer.
Achieving Homogeneity in Dry Blends. Our mixers utilize advanced geometry to ensure complete particle dispersion, preventing segregation and minimizing blend cycle times.
Mixer Type: Ribbon Blenders, Paddle Mixers, Conical Screw Mixers, and IBC bin mixer.
Key Technology:
- Air-Purged Seals (for dust control).
- Low-Shear/High-Shear options based on fragility.
- Sanitary Design for rapid cleanout.
Solid Bulk Material
2. Liquid Material Mixer.
Controlling Viscosity. Total Dispersion. Engineered for rapid incorporation of solids into liquids, creating stable emulsions and perfect suspensions. Designed for highly viscous materials or applications requiring fine particle size reduction.
Mixer Type: High-Shear Mixers, Agitators, In-Line Homogenizers, Emulsifiers.
Key Technology:
- Variable Frequency Drives (VFDs) for speed control.
- Cylindrical/Anchor Agitators for wall scraping.
- Vacuum/Pressure capabilities for de-aeration.
Liquid Solutions
3. Preparing Material System
Integrated System Preparation. We design the entire material journey, often pairing our mixers with upstream and downstream equipment. This ensures precise material conditioning for consistent output and feed quality, multi-stage process flow (e.g., Wetting → Mixing → Drying).
Key Technology:
- CIP (Clean-in-Place) Systems.
- Integrated Temperature and Load Cells.
- Automated Recipe Management via PLC/HMI.