With over 25 years of experience developing and manufacturing particle characterization instruments, Bettersize has introduced breakthrough technology in the field of particle size & shape measurement.
By achieving high quality and superior performance, our instruments provide precise analysis results of particle size, particle shape, and powder characteristics, helping scientists and engineers to understand material properties, facilitate research and improve production efficiency.
Bettersize product line for particle size and shape analysis includes instruments of all needs and budgets, from basic to advanced research models. These instruments are widely applied in Pharmaceuticals, Battery materials, Mining and minerals, Metals, Chemicals and Surface coatings, measuring materials with size ranges from nanometer to millimeter.
Focused on technology innovation, instruments manufacturing, application support and after-sales services, Bettersize provides expertise and professional solutions and assures customers the highest confidence in our products.
Bettersize instruments offer four categories of particle properties analysis - particle size distribution, particle shape analysis, zeta potential, and powder characteristics testing. The parameters determined with these analyses are crucial to physical properties of raw materials and the final application of products.
Intelligent software enables automatic pre-programmed calculation for all parameters including particle size distribution, refractive index, aspect ratio and etc. Measured results can be customized in multiple formats of graphs and tables, which can be exported as required.
All series of Bettersize instruments have passed ISO9001 international quality management system certification and the European CE certification. Laser particle analyzers obtained the approval of 21 CFR Chapter I Subchapter J, Part 1040.10 and 1040.11.
The software complies with the FDA 21 CFR Part 11 regulation, which ensures the validity and reliability of the results and comply with regulatory requirements.
We strive to make all customer contact with Bettersize a positive experience, whether the customer issue is one of service, innovation or product quality.
Bettersize offers comprehensive and professional support. Our goal is to improve your productivity through a series of support, service, and information. Our commitment is to guarantee the lifecycle accuracy and reliability of our products.
Analyzing the Particle Size of Mineral Pigments and Characterizing Their Color Hiding Power
Determining the Open Cell Content of Cellular Plastics via Gas Displacement
Measuring the Density of Cement Powders Via Gas Pycnometry
Understanding the Effect of Particle Size on Void Fraction
Utilizing Gas Displacement for Efficient Solid Content Measurement
A Full Guide to Powder True Density Analysis
Analyzing the Density of Asphalt through Helium Pycnometry
An Insight into Soil Grain Size and Shape
Ensuring Advanced Ceramic Product Quality Using Particle Size Analysis
Characterizing Synthetic Abrasive Grains with Static Image Analysis
The Use of Dynamic Image Analysis in the Quality Control of Parboiled Milled Rice
Characterizing Particle Size and Shape of Sediment and Soil from the Earth, the Oceans and the Moon
Characterizing Particle Size and Monitoring Agglomeration of Ceramic Powders during Ceramics Production
Improving Powder Coating Performance Through Particle Size and Shape Analysis
Lithium-Ion Batteries: Investigating the Effect of Particle Size and Shape on Anode Energy Density
Particle Analysis of Size and Shape in Additive Manufacturing
Particle Size and Zeta Potential Analysis of Copolymer Latex
Determining the Zeta Potential of Silica Suspension
PNIPAm - A Thermal Sensitive Hydrogel: Characterization
Measuring the Particle Size and Zeta Potential of Alumina Abrasives in an Aqueous Environment
Perfecting Food Packaging Through Measurement of Tapped Density
Improving Lithium-Ion Batteries through Measuring Tapped Density
Quality Control of Pesticides via Laser Diffraction Particle Size Analysis
Analyzing Ceramic Powder Particle Size Distribution via Laser Diffraction
Using Laser Diffraction to Measure the Particle Size Distribution of Calcium Carbonate Powders
Using Laser Diffraction for Examining the Particle Size Distribution of Gypsum
Quality Control of Abrasive Grains with Laser Diffraction Particle Size Analysis
Examining the Relationship Between Coffee Extraction and Ground Coffee Size
Milk Powder - Particle Size Analysis by Laser Diffraction
The Application of Laser Particle Size Analyzers in Ceramic Powders
The Use of Laser Particle Size Analysis in Lithium Batteries
Ultrasonic Dispersion in the Particle Size Analysis of Titanium Dioxide
Self-Assembled Surfactant Micelles: Analyzing Their Size
Particle Analysis and Sizing of Pigment Samples
Characterizing Abrasives with Laser Diffraction and Dynamic Image Analysis
Examining the Zeta Potential of Powdered Coffee Creamer
Bettersize is Coming to California!
Bettersize Instruments proudly announces the opening of a new facility in California!
Bettersize Announces the Release of Nanoparticle Characterization Guidebook
Take Advantage of the Full Dynamism of POWTECH 2022 with Bettersize & 3P
Bettersize Offers Free Sample Testing Service
3P and Bettersize to Exhibit at Analytica 2022
Bettersize Instruments is Participating in ICMES 2022
Contribution to Sustainability: Collaboration Between Hochschule Konstanz and Bettersize Instruments
Bettersize Announces Its Newest BeNano Series Family Member
Bettersizer S3 Plus Measuring Size and Shape of Lunar Samples Returned by Chang'E-5 Mission
Bettersize is Attending ArabLab 2021
Bettersize Announces the Release of BeDensi T Pro Series
Bettersize Instruments to Release a Video Series on the Bettersizer ST in September 2021
BeDensi T Pro Series | Tapped Density Tester with a Wallet-Friendly Solution
BetterPyc 380 | Versatile Gas Pycnometer
Bettersizer ST Overview | Laser Particle Size Analyzer for QC
How to Calculate Flowability with the PowderPro A1
How to Measure Cohesion and Uniformity with the PowderPro A1
How to Measure the Angle of Repose, Angle of Fall & Angle of Difference with the PowderPro A1
How to Measure the Angle of Spatula with The PowderPro A1
How to Measure the Bulk Density with The PowderPro A1
How to Measure the Tapped Density and Calculate the Compressibility with The PowderPro A1
Operating The BetterPyc 380 for Volume Calibration
Operating The BetterPyc 380 to Measure Density
Operating The BetterPyc 380 to Measure Solid Content
What is Gas Displacement Method? Calculating the True Density of Materials?
BetterPyc 380: Automatic Gas Pycnometer
BeVision D2: Dynamic Image Analyzer for Dry Measurements
BeVision S1: Static Image Analyzer for Wet and Dry Measurements
BeVision M1: Automated Static Image Analyzer for Wet and Dry Measurements
BeNano 180 Zeta Pro: Zeta Potential Analysis and Particle Size Analysis
The Bettersizer ST: Laser Particle Size Analyzer for Quality Control
The BeDensi T Pro Series: A Tapped Density Meter
The BeNano 90 Zeta: A Nanoparticle Size and Zeta Potential Analyzer
The Bettersize S3 Plus Laser Particle Size and Shape Analyzer
The PowderPro A1 Automatic Powder Characteristics Tester
The Bettersizer 2600 Laser Particle Size Analyzer