Full Automatic Liquid Soap Production Line Shampoo Making Machine with Agitator

Brief Introduction

Our Integrated Liquid Soap Production Line is engineered for high-growth brands and industrial manufacturers. Moving beyond standalone mixers, we provide a synchronized flow—from raw material processing to final product packaging. This line is specifically optimized for high-demand products like liquid soap, hair shampoo, shower gels, and hand sanitizers, ensuring maximum throughput with minimal human intervention.

Product Features

Optimized Stator-Rotor Geometry: Our workheads are precision-machined with tight tolerances (0.5mm) to generate intense hydraulic shear. This ensures that 100% of the material passes through the high-shear zone, achieving a consistent D50 particle size distribution.

Smart-Flow Agitation Technology: Beyond simple stirring, the bi-directional agitators create a laminar flow that pulls product from the top and bottom simultaneously, directing it straight into the high-shear head to prevent bypass.

Hermetic Vacuum Integrity: The vessel is engineered to maintain a deep vacuum, allowing for the introduction of powders below the liquid level. This prevents dusting, reduces processing time, and ensures a dense, air-free final product.

Modular "Plug-and-Produce" Design: The machine is built on a heavy-duty stainless steel skid, making it easy to integrate into existing production lines with minimal downtime.

3D Equipment Production Layout

Project Cases

FAQ

Q1: What is the estimated Return on Investment (ROI) for a fully automated liquid soap line?

Answer: Most industrial clients see a full ROI within 8 to 14 months. This is achieved by reducing manual labor by up to 80%, minimizing product giveaway through high-precision servo filling (±0.5% accuracy), and increasing batch output speed by 40% compared to semi-auto systems.

Q2: How many operators are required to run a 2,000–5,000 BPH production line?

Answer: A fully integrated line typically requires only 2 to 3 operators: one for raw material feeding/monitoring the PLC, and one or two for the packaging end (loading bottles/labels). Standard manual lines for the same output would require 10+ people.