Struggling with unstable emulsions, operator fatigue from manual equipment adjustments, or severe sample degradation due to overheating? Laboratory professionals and industrial researchers frequently face the challenge of rapidly dispersing and homogenizing highly immiscible liquids and solid-liquid suspensions. Implementing an advanced High Shear Emulsifier processing system directly resolves these workflow hurdles. By combining a powerful asynchronous motor with an effortless automated lifting mechanism, this instrument guarantees incredibly fine dispersion while eliminating physical strain on your laboratory personnel.

Technical Specifications

• Model Number: MSFT-1500DRHSWISS

• Motor Type: 3-phase asynchronous motor

• Power Output: 1500W

• Suggested Processing Volume: 50L of H2O

• Rotation Speed Range: 0 to 3000 r/min

• Rotor Stator Form: Long-hole type standard configuration with Round-hole type available

• Stator Size: 9 cm

• Lifting Method: Precision electric lifting

• Lifting Stroke Distance: 400 mm

• Voltage Requirements: 220V or 380V options available

• Emulsifier Head Length: 600 mm

• Distance From Ground: 50 to 450 mm

• Bottom Dimensions: 395 by 420 mm

• Overall Shape Dimensions: 750 by 620 by 950 mm

• Packaging Dimensions: 770 by 640 by 980 mm

• Gross Equipment Weight: 120 kg

Key Benefits and Solving Lab Challenges

Research facilities often lose critical time and resources dealing with poorly dispersed mixtures that separate shortly after processing. This equipment completely eliminates these operational pain points. By utilizing a reliable High Shear Emulsifier laboratory equipment setup, operators leverage CNC-machined forged rotors and stators featuring incredibly tight tolerances. This guarantees high-frequency mechanical shearing that instantly forces immiscible solid, liquid, and gas phases to disperse uniformly. The final product is a highly stable emulsion that is completely resistant to unwanted stratification.

Equipment overheating and restrictive physical adjustments are major vulnerabilities during prolonged homogenizing cycles. This instrument actively prevents these workflow bottlenecks. The comprehensive capabilities of this heavy-duty High Shear Emulsifier blending platform allow users to operate continuously thanks to its double-layer cooling material cylinder, ensuring extremely low temperature rise during extended use. Furthermore, the elegant electric lifting device completely removes the need for manual height adjustments, allowing technicians to seamlessly reposition the 600mm mixing head with zero physical effort.

Core Operational Features

Every unit is meticulously engineered to maximize production throughput while heavily prioritizing operational versatility across diverse sample types.

• Versatile Stator Heads: The long-hole stator provides maximum circulation for rapid grinding of medium-viscosity liquids, while the round-hole stator perfectly handles low-viscosity emulsion preparation and fine particle dissolution.

• Customizable Manufacturing: Easily adaptable to specific facility safety requirements with optional explosion-proof upgrades, sealed models, and premium materials like Hastelloy, SS316L, or titanium-molybdenum-nickel alloys.

• Intelligent Automated Shutdown: Features a programmable timer that automatically shuts down the motor based on specific emulsification durations, strictly ensuring reproducible standard operating procedures.

• Durable Construction: Built with a highly resilient 304 stainless steel casing and fixed base to effortlessly withstand aggressive chemical exposure and rigorous daily laboratory wear.

Upgrade Your Mixing and Homogenization Workflow

Modern biochemical and industrial manufacturing demands processing instruments that deliver uncompromising uniformity, rapid batch turnover, and absolute operational ergonomics. Integrating a top-tier High Shear Emulsifier into your facility ensures your final formulations are perfectly stable, aesthetically pleasing, and highly effective. Relying on a versatile High Shear Emulsifier allows your team to streamline complex manufacturing protocols, eliminate costly manual handling strain, and achieve absolute confidence in every single high-volume batch.