Multi-sample stability analyzer for emulsions and suspensions
Achieve precise, non-destructive stability analysis of emulsions and suspensions with accelerated testing. Effortlessly evaluate multiple samples simultaneously, maintaining integrity and enabling faster decision-making in formulation and quality control.
Analyzes Multi-Sample Stability with Precision
The TURBISCAN TRILAB from Microtrac offers a sophisticated solution for laboratories tackling the challenge of stability analysis in multi-sample formats. Utilizing Static Multiple Light Scattering (SMLS) technology, this analyzer excels in delivering fast, non-destructive evaluations of colloidal stability in emulsions, suspensions, and foams. Capable of simultaneous analysis of up to three samples, it significantly enhances laboratory efficiency.
Designed with a temperature range from 20°C to 60°C, the TURBISCAN TRILAB accelerates stability testing, providing quantitative insights into destabilization phenomena like sedimentation and creaming. This equipment is crucial for applications across pharmaceuticals, cosmetics, food and beverage, and more, contributing to the development of stable vaccine suspensions, emulsion creams, and battery slurries.
Equipped with an intuitive Turbisoft software, it enables straightforward data analysis, facilitating informed decision-making. It complies with ISO standards and features a minimal footprint, preserving valuable laboratory space. With options for various vial sizes and customization capabilities, the TURBISCAN TRILAB supports diverse sampling needs, ensuring robustness and versatility in performance.
Benefits
- Reduces analysis time significantly, providing stability results up to 1,000 times faster than visual observation.
- Ensures accurate stability insights without sample dilution, preserving sample integrity for reliable data.
- Enhances laboratory efficiency with simultaneous analysis of multiple samples.
- Complies with ISO standards, ensuring quality and reliability in testing procedures.
- Offers a compact design, optimizing laboratory space and minimizing clutter.
- Applications
- Paints and coatings,Chemistry,Metalworking fluids,Agrochemicals,Oil and gas,Cosmetics,Food and beverage,Polymer and biopolymer dispersions,Ceramics and catalysts,Batteries,Electronics,Pharmaceuticals
- End products
- Vaccine suspensions,Ceramic slurry,Emulsion-based facial creams,Pesticide emulsions,Solder paste,Drilling mud,Lithium-ion battery slurries,Catalytic converters,Flavored drink emulsions,Biopolymer film dispersions,Lubricant oils,Water-based paints
- Steps before
- Formulation Preparation,Sample Collection,Dispersion,Sample Loading
- Steps after
- Stability Data Analysis,Result Interpretation,Formulation Adjustment,Storage
- Input ingredients
- emulsions,suspensions,colloids,foam,cosmetic creams and lotions,dairy products and beverages,flavor emulsions,pharmaceutical parenteral and topical forms,metalworking fluids,agrochemicals,fertilizers,pesticides,petroleum emulsions,paints,inks,coatings,drug and vaccine suspensions,make-up and sunscreen,chemical industry products,polymer industry products,ceramics,catalysts,battery slurries,electronic slurries,drug delivery systems,LNP,liposomes,nanoparticle suspensions,polymer dispersions,biopolymer dispersions
- Output ingredients
- stability data,shelf-life estimation,migration velocity,particle size diameter,instability ranking,dispersion stability metrics,phase separation data,sedimentation detection,droplet migration data,creaming behavior insights,stability mapping results,dispersion state analysis,formulation optimization data,sample destabilization video recording
- Market info
- Microtrac is known for its expertise in particle size and shape analysis, providing innovative measurement solutions used in various industries to ensure product quality and consistency. Their equipment is recognized for precision and reliability in laboratory and industrial settings.
- Measurement Principle
- Static Multiple Light Scattering (SMLS)
- Number of Samples
- 1 - 3
- Sample concentration
- 0.0001 - 95% v/v
- Temperature range
- 20°C - 60°C
- Dimensions
- 38 x 48 x 58 cm
- Weight
- 35 kg
- Reproducibility / Repeatability on latex standards
- +/- 0.05% / 0.05%
- Sample volume
- 2 - 20 mL
- Scan step resolution
- 20 µm
- Measured size range
- 10 nm - 1 mm
- Displacement interval max. resolution
- 5 µm
- Batch vs. continuous operation
- Batch
- Temperature range
- 20°C to 60°C
- Measurement positions
- 3 independent positions
- Sample preservation
- Non-invasive,non-destructive
- Sample concentration range
- Up to 95%
- Measurement type
- Static Multiple Light Scattering (SMLS)
- Stability analysis speed
- Up to 1,000 x faster than visual
- Corrosive resistance (e.g. acids)
- 0
- Biological compatibility
- 0
- Density/particle size
- 0.5–2.5 g/cm³ / 50–1000 µm
- Cleanability
- 0
- Sample compatibility
- Emulsions,suspensions,foams
- CE Certified
- Yes
- ISO Standard Compliance
- ISO/TR 13097
- ISO/TR 18811
- 2018
- Compact footprint
- 38 x 48 x 58 cm
- Weight
- 35 kg
- Number of Samples
- 1 - 3
- Sample Volume
- 2 - 20 mL
- Temperature Range
- 20°C to 60°C
- Scan Step Resolution
- 20 µm
- Reproducibility / Repeatability on Latex Standards
- ± 0.05% / 0.05%
- Multi-sample capacity
- 3 independent samples
- Temperature range
- 20°C to 60°C
- Minimized footprint
- Compact design
- Display screen
- Front LCD screen
- Vial options
- 20 ml standard,2 ml small volume,syringe type,pressurized