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Microtrac USA Promotion Bundles

At Microtrac, we’re committed to helping you optimize your particle characterization processes with cutting-edge technology and valuable promotions. Explore our latest offers, including special discounts, extended warranties, free training, and more designed to support your lab’s success. Check out our active promotions below and take advantage of these limited-time opportunities!

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Experts in Powder Characterization

Optimize Your Powder Characterization with Advanced Techniques

Understanding powder properties is essential for industries like pharmaceuticals, materials science, and manufacturing. Microtrac’s advanced techniques provide key insights into particle size, density, and flow behavior to ensure product consistency and process efficiency:

Laser Diffraction – Measures particle size distribution, influencing flow, mixing, dissolution, and product quality.

Gas Pycnometry – Determines true density, offering insight into material structure, porosity, and packing behavior.

Tapped Density – Assesses bulk density, helping predict storage, transport, and processing performance.

These techniques ensure precise control over powder properties, leading to improved manufacturing and optimized product performance.

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Particle Characterization Down to the Nano Range

Laser Diffraction with Sync and S3500

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Combining Laser Diffraction and Dynamic Image Analysis in One Instrument

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Particle Characterization of Metal Powders

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Advantages of combining laser diffraction and dynamic image analysis in a single instrument

True and Skeletal Density

Gas Pycnometry with BELPYCNO and BELPYCNO L

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Density Measurement of Fine Powders

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Structural Evaluation of Niobium Hydroxide and Niobium Carbide (Reference Catalysts) by Gas Adsorption

Understanding Powder Beahavior

Tapped Density with Erweka SVM II Easy

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Range of Physical Testers

Related Webinars

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Leveraging the Power of the Microtrac Sync for Additive Manufacturing Applications

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Particle Analysis: Is Laser Diffraction Sufficient for Quality Control of Metal Powders

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10 Mistakes in Particle Analysis (And How To Avoid Them)

Formulators Shelf Life & Stability Lab Bundle

Product quality is often determined by stability and shelf life within formulation development and manufacturing. Analytical instruments are essential for measuring key stability parameters, yet traditional methods—such as severe dilution—can directly influence and even alter results. 

Microtrac offers a comprehensive package of instruments that deliver accurate stability measurements, analyze destabilization mechanisms, and predict shelf life at unprecedented speeds—hundreds of times faster than conventional bottle testing. With our Stability & Shelf-Life Lab, you can bring new products to market faster while ensuring superior quality.

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Measure Key Stability Parameters with Advanced Instrumentation

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Nanotrac - Particle Size Distribution by DLS Technology

The Microtrac NANOTRAC instrument uses a Controlled Reference Method, leveraging the laser light source itself as a highly stable reference signal. This technique provides high-signal, low-noise measurements unaffected by sample concentration variations or minor contamination—overcoming the limitations of traditional DLS instruments.

Key Benefits:

  • Easy Sample Preparation - Measure high-concentration samples without dilution
  • Accurate Measurement - No interference from external dust or contamination
  • Simple Operation - No complex algorithmic estimations required, even for multimodal distributions
  • Fast & Repeatable Results - Obtain precise measurements in just 30 seconds
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STABINO - Zeta potential and surface charge analysis

The Microtrac NANOTRAC instrument uses a Controlled Reference Method, leveraging the laser light source itself as a highly stable reference signal. This technique provides high-signal, low-The Microtrac STABINO instrument employs streaming potential theory for unique, high accuracy zeta potential measurement. Unlike traditional ELS methods, it eliminates the need for applied voltages and fragile electrodes, providing more reliable results even in organic carriers and at high concentration.

Key Benefits:

  • Accurate Results - No dilution required, preventing pH and conductivity shifts that can alter readings
  • Easy Operation - No costly electrodes or voltage applications are required
  • Comprehensive Data Collection - Simultaneously measure five parameters: Streaming Potential, Zeta Potential, pH, Conductivity, and Temperature
  • Built-in Titration Capabilities - Rapidly determine:
    • Isoelectric Point (IEP) - Evaluate the impact of pH variations
    • Zero Point Potential - Determines charge quantity through polyelectrolyte titration

Measure Mechanisms of Destabilization and Shelf Life with Advanced Instrumentation

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TURBISCAN Shelf-Life Analyzer – Accelerated Stability & Shelf-Life Prediction by Static Multiple Light Scattering

The TURBISCAN instrument revolutionizes shelf-life analysis by monitoring backscattering and transmission throughout the sample, from nanometer to millimeter scale. This enables the detection of destabilization mechanisms such as sedimentation, creaming, coalescence, and aggregation, providing predictive shelf-life projections in a fraction of the time required by traditional bottle testing.

Key Benefits:

  • No Dilution Required - Preserve sample integrity and reduce preparation time
  • Rapid Shelf-Life Predictions - No need to wait months for product evaluation
  • Accurate Measurements - Assess the impact of ingredient variations and supplier differences
  • Automated Sample Ranking - Utilize the Turbiscan Stability Index for streamlined analysis
  • Advanced-Data Analysis - Gain deeper insights into phase separation kinetics, migration speed, and particle size changes