Enhance Your Application With BETTER PARTICLE CHARACTERIZATION SOLUTIONS

*The measuring range depends on the sample Material Characterization Solutions for You Bettersize provides an extensive range of instruments utilized by leading industrial and research laboratories to analysis of particle size distribution, particle shape, zeta potential, powder characteristics, and physical stability. Below are typical applications where our solutions have been successfully employed: Patents Global Labs Abrasives Agrochemicals Batteries & Fuel Cells Cement Electronics Food & Beverages Life Sciences Mining & Minerals • Paints, Inks & Coatings • Plastics & Polymers Soils & Sediments...

Be the Nanoparticle Expert You Need Characterizing nanoparticles requires precision measurement of parameters such as particle size, zeta potential, molecular weight and rheological properties. The BeNano Series, equipped with the most advanced technologies, provides rapid and accurate analysis of these crucial properties, empowering you to become the expert you need to be. BeNano Series Features • 671 nm solid-state laser with 50 mW output power • APD (Avalanche Photodiode) detector providing exceptional sensitivity • Automatic adjustment of laser intensity based on the samples scattering ability...

Strive for Excellence in All You See The Bettersizer S3 Plus integrates laser diffraction and dynamic image analysis into a single instrument, capable of measuring particle size and shape from 0.01 pm to 3500 pm. Its unparalleled sensitivity to both ultrafine and oversized particles, combined with exceptional resolution, makes it the ultimate size and shape analyzer for passionate researchers pursuing cutting-edge scientific research. Features • Integration of laser diffraction and dynamic image analysis in one instrument • Patented DLOI (Dual Lenses & Oblique Incidence) system • Advanced dual-camera...

Features Benefits Better Particle Sizing for Every Need Seamless transition between wet and dry dispersion units Patented laser diffraction technologies ensure precise sizing Covers a wide particle size range from 0.02 to 3500 pm Provides comprehensive insights through size and shape analysis The Bettersizer 2600 utilizes proven laser diffraction technology to measure particle sizes, across a range from 0.02 - 2600 pm. With its dynamic imaging module, it combines laser and imaging tests, extending the measurement range up to 3500 pm and allowing for comprehensive particle size and shape analysis....

Bettersizer 2600 BT-A60 Autosampler Application Example • Characterizing various samples using either wet or dry method Adapted from Fan, X., Qiu, X., Lu, L., & Zhou, B. (2021). Solar Energy Materials and Solar Cells, 223, 110937. Particle size distributions of metal powders by dry method. Adapted from Xu, C., Yu, S., Wu, W., Liu, Q., & Ren, L. (2022). Additive Manufacturing, 102589. • Analyzing the size and shape of particles by LD and DIA The BT-A60 is a robust, automatic and high-throughput sampling system. It maximizes laboratory automation for sample measurements, reducing labor costs while...

Overview of Bettersizer Series Your One-Stop QC Tool The Bettersizer ST is a fully automated and integrated particle size analyzer with a smart operation system for wet dispersing. Designed for the industrial QC process, the Bettersizer ST delivers stable and reliable testing results with minimum user intervention. Its compact footprint saves valuable workspace in both factories and laboratories. Select the right Bettersizer for you Parameter Bettersizer S3 Plus Particle Size Range 0.01 - 3500 pm • Excellent accuracy ensured by patented DLOS (Dual Lens Optical System) • Outstanding repeatability...

BeVision M1 Classic Image Analyzer for Particle Size and The BeVision S1 integrates light microscopy and image analysis to deliver size and shape distributions of both powders and suspensions. With an objective magnification of up to 100x, the BeVision S1 efficiently analyzes and records particles as fine as 0.3 pm. The BeVision M1 is an advanced image analyzer, ideal for surface inspection and cleanliness analysis. It features a metallurgical microscope, automatic scanning stage, high-resolution CMOS camera, and robust analysis software, enabling it to scan the surfaces of filters or films and...

BeVision D2 Overview of BeVision Series Dynamic Image Analyzer for Dry Analysis The BeVision D2 is a high-performance dynamic image particle size and shape analysis system, designed for the comprehensive characterization of coarse particles and millimeter-scale powder materials through dry dispersion. Its high-speed CMOS and advanced BeVision software enable the rapid identification of over 10,000 particles per minute, ensuring reproducible and accurate measurement results. • Real-time result display Utilizes multi-threaded processing to display results during measurement • High-speed CMOS camera...

BeScan Lab Stability Excellence Within Reach BeScan Lab is a versatile, sensitive, and reliable stability analyzer utilizing Static Multiple Light Scattering (SMLS) technology. Widely used in formulation development and product quality control, it accommodates a broad range of sample concentrations up to 95% v/v and various types such as emulsions, suspensions, and foams. With temperature scanning capabilities reaching up to 80 °C, BeScan Lab offers both qualitative analysis and quantification of destabilization, aiding in monitoring long-term product stability and achieving optimal shelf life....

PowderPro A1 Your 14-in-1 Automated Powder Characteristics Tester The PowderPro A1 is a versatile, high-performance instrument designed to measure and analyze 14 different powder characteristics, including essential parameters like flowability, compressibility, and density. This instrument incorporates advanced technologies such as Wi-Fi enabled intelligent control, image processing, 3D electromagnetic vibration, and rotating tapped density measurement. This state-of-the-art system delivers fast, straightforward, and highly precise evaluations of powder properties, making it an indispensable...