This laboratory emulsifying mixer is a precision micro-scale instrument designed specifically for research institutes, universities, and corporate R&D departments. By utilizing intense mechanical shear forces, this emulsifying machine narrows the particle size distribution of liquid-liquid and solid-liquid materials. The system achieves exceptional results in refinement, homogenization, and dispersion, making it an ideal tool for developing stable dispersed systems and optimizing production processes.

Core Value Propositions

---

• Superior Shearing Efficiency: Reaching ultra-high speeds of 11,000 RPM, the high-precision rotor-stator assembly generates extreme centrifugal extrusion and liquid friction for high-quality micron and nano-scale suspensions.
• Modular Process Versatility: Features three interchangeable stator configurations (long-hole, round-hole, and mesh), allowing the operator to customize the shear intensity based on material viscosity and target particle size.
• Intelligent Data Management: The integrated digital control system provides real-time speed monitoring and precision settings. This ensures experimental reproducibility—a critical factor for scientific research and patent filing.
• Ergonomic Laboratory Design: Designed for solo operation with a quick-lock height adjustment handle and a lightweight, stable footprint. The mirror-polished stainless steel allows for rapid cleaning and zero cross-contamination.

Primary Application Scenarios

---

Cosmetics & Personal Care R&D: Testing the long-term stability of skin creams, medical ointments, shampoos, and high-end cosmetic lotions.

Biopharmaceutical Research: Perfect for the preparation of vaccine adjuvants, cell tissue homogenization, and the fine dispersion of herbal micro-particles.

Food Science & Innovation: Conducting homogenization experiments for dairy products, concentrated sauces, natural flavorings, and nutritional additives.

Fine Chemicals & Advanced Materials: High-speed pigment dispersion, deagglomeration of nanomaterials, and the emulsification of high-performance coatings and inks.

Solutions to Critical Technical Challenges

---

• Eliminating Micro-Sample Waste: Specifically engineered for small-batch tests, allowing researchers to achieve industrial-grade results with tiny samples, significantly cutting raw material costs.
• Correcting Emulsion Instability: Addresses oil-water separation and clumping that standard stirrers cannot resolve. This unit achieves the intensive energy input required for perfectly stable dispersed systems.
• Quantifying Experimental Data: Solves the challenge of untraceable or non-repeatable manual processes by providing exact digital parameters for speed and processing time.
• Simplifying Product Changeover: The modular emulsifying heads are designed for rapid disassembly. The “dead-zone free” design ensures that even viscous materials are easily cleaned between different test batches.

Model / Specification	JRL-70
Motor Power (W)	300
Motor Speed (r/min)	0-11000
Input Power (W)	510
Output Power (W)	300
Processing Capacity (L)	0.5-20
Power Supply (V/Hz)	220/50
Emulsifying Head Diameter (mm)	70
Overall Dimensions (mm)	250X350X720
Stator Configuration (mm²)	5/20/50