Powder Lecithin Equipment and Turnkey Solutions for Functional Food Production

If you work in functional foods, feed additives, or nutraceuticals, you have probably noticed the growing demand for powdered lecithin. More companies are entering this space, but production is not straightforward. Common issues include low extraction efficiency, high solvent use, incomplete de-oiling, and material sticking to dryer walls during processing. These problems affect product quality and operational cost.

Myande Group has been active in this field for more than 20 years. Their powdered lecithin systems are designed to address these practical challenges. Here is a look at what they offer and why it may be relevant for your production planning.

Turnkey Solution: From Design to Startup

Myande provides engineering solutions for capacities from 5 to 50 tons per day. The scope covers process design, equipment manufacturing, and automation integration. This means clients do not need to coordinate multiple vendors for different parts of the line. A single point of responsibility reduces project risk and simplifies communication during installation and commissioning.

Solving the Dispersion Challenge in Solvent Extraction Stage

One of the recurring difficulties in powdered lecithin production is getting oil-containing phospholipids to disperse properly in solvent. Poor dispersion leads to incomplete de-oiling, which directly affects final product purity.

Myande uses purpose-built mixing and separation equipment along with a process design that improves dispersion efficiency. The result is faster extraction, shorter cycle times, and lower solvent consumption per batch. These improvements directly impact production cost and throughput.

Drying Stage for High-Viscosity Materials

The drying stage is often the bottleneck in powdered lecithin lines. High-viscosity products tend to adhere to the inner walls of conventional dryers, reducing heat transfer and forcing operators to stop for cleaning.

Myande developed the MLZGZ series dryer to address this. It uses multiple scraper assemblies that increase film renewal frequency without requiring higher shaft speeds. More frequent film turnover improves moisture evaporation efficiency. The machine uses wear-resistant materials in critical areas and maintains tight manufacturing tolerances. A double mechanical seal preserves the vacuum environment needed for low-temperature drying. The bottom bearing uses an oil lubrication system designed for continuous operation. These features reduce unplanned downtime and extend service intervals.

Automation for consistent operation

The RES automation system integrates with the production line to monitor and adjust key parameters. These include temperature, vacuum level, solvent ratios, and material residence time. The system helps maintain stable operation with less manual intervention. It also supports energy management by keeping the process within its optimal operating window. For production teams, this means fewer deviations and more predictable output.

Why this matters for your bottom line

Reliable equipment is important, but what operators really need is predictability. Predictable yield, predictable quality, and predictable maintenance schedules. Myande has built its reputation in the oils and fats engineering sector by focusing on these operational realities rather than just selling standalone machines.

As the powdered lecithin market expands into feed, pharmaceutical excipients, and specialty nutrition, production lines will need to handle tighter specifications and higher volumes. A process that runs consistently at higher utilization rates provides a clear competitive advantage.