Optimized Product Specification: Master Science MSHMG500CSWISS & MSHMG500DSWISS High-Precision High Shear Laboratory Homogenizers

Unrivaled Sample Preparation: Achieve Sub-Micron Uniformity and Reproducibility

The Master Science MSHMG500CSWISS and MSHMG500DSWISS High Shear Homogenizers are engineered for laboratory researchers and procurement specialists demanding ultimate precision, speed, and versatility in sample processing. Designed to overcome the common pain points of inconsistent results and cross-contamination, the system delivers reliable, high-energy shearing for challenging applications ranging from cell analysis to stable emulsion creation.

Key Benefits for Research and Procurement

1. Guaranteed Sample Integrity & Anti-Contamination

Customer Pain Point Solved: Concerns over sample degradation and chemical incompatibility.

·       Solution: All material-contact parts are constructed from premium 316L Stainless Steel, offering superior corrosion resistance and inertness. This commitment to GLP-grade material ensures sample integrity and prevents contamination, essential for pharmaceutical and biochemical research.

2. Extreme Precision & Ultra-Fast Processing

Customer Pain Point Solved: Long processing times and poor reproducibility due to low power or inconsistent speed.

·       Solution: With a lightning-fast 10,000 to 31,000 RPM stepless speed control, the high-speed rotor and precision stator generate intense hydraulic shearing. This power is optimized for sub-micron particle dispersion, ensuring reproducible results and dramatically reduced processing time.

3. Maximum Operational Flexibility

Customer Pain Point Solved: Need for one system to handle diverse sample types and volumes.

·       Solution: The system supports a wide processing range from 0.2 mL to 7,000 mL (H₂O) and is compatible with over 20 interchangeable work heads, allowing researchers to rapidly switch between tissue disruption, high-viscosity mixing (up to 5,000 cP), and oil-water emulsification.

4. Robust Performance and Longevity

Customer Pain Point Solved: Equipment downtime and disruptive laboratory noise.

·       Solution: Equipped with a premium, high-performance motor and robust internal design, the HMG-500 series guarantees smoother, quieter operation and supports extended running times, maximizing laboratory productivity and equipment lifespan.

Technical Specification (MSHMG500CSWISS & MSHMG500DSWISS Series)

(Organized for clarity and rapid comparison)

Series Model Differentiation:

·       MSHMG500CSWISS: Features a traditional Graduate Speed Display for intuitive operation.

·       MSHMG500DSWISS: Features a clear LCD Digital Speed Display for enhanced reading precision and validation.

Core Performance Data:

·       Speed Range: 10,000 RPM – 31,000 RPM

·       Processing Capacity (H₂O): 0.2 mL minimum up to 7,000 mL maximum

·       Maximum Permissible Viscosity: 5,000 centipoise (cP)

·       Standard Working Head Included: 25G (General Purpose)

Material and Environmental Specifications:

·       Material-Contact Parts: 316L Medical-Grade Stainless Steel

·       Immersion Shaft Sleeve Material: PTFE (Polytetrafluoroethylene)

·       Maximum Operating Temperature: ≤120°C

·       Ambient Temperature Range: 5°C to 40°C

·       Maximum Relative Humidity: 80%

Mechanical and Electrical Data:

·       Process Type: Batch Processing

·       Input Power: 500 Watts (W)

·       Speed Control Mechanism: Stepless Regulation

·       Standard Electricity Requirement: 220V, 50/60 Hz

·       Host Net Weight (Excluding Head): 3.0 kg

·       Host Dimensions (Length x Diameter): 275 mm x 65 mm

Primary Applications: Where Precision Matters

The HMG-500 High Shear Homogenizers are indispensable tools across high-standard research sectors, delivering reproducible results in:

·       Pharmaceutical and Biochemistry: Cell disruption, tissue pulverization, nucleic acid extraction preparation, protein isolation, and vaccine component mixing.

·       Nanomaterials: Creating stable, highly dispersed suspensions, nanoparticle synthesis, and polymer emulsification.

·       Food Science: Formulation of stable food emulsions, flavor compound dispersion, and product viscosity control.

·       Chemical/Cosmetics: Manufacturing stable creams, lotions, pigments, coatings, and adhesives, where uniformity is critical for end-product quality.