Bettersizer 2600 Plus All-in-One Solution for Every Industry

Particle Size and Shape Analysis for All Needs Bettersizer 2600 Plus combines laser diffraction and dual-camera dynamic imaging on one modular platform, delivering size and shape characterization across 0.02–3500 μm. Laser diffraction provides fast, repeatable particle size distributions(PSD) using a 92-detector array and Mie/Fraunhofer models. Dynamic imaging captures high-speed particle images to quantify size and shape, with visual evidence for agglomerates, irregular particles, and oversized tails. With a modular design, Bettersizer 2600 Plus supports a broad selection of wet and dry dispersion...

Applications and Industries Particle characterization needs can vary widely across applications and industries—from solvent choice and dispersion method to the need for both particle size and shape analysis. Bettersizer 2600 Plus addresses this variability with advanced optical systems and a modular platform, supporting reliable workflows. Silicon carbide, diamond, corundum, garnet, boron nitride, etc. Aluminum oxide, zirconium oxide, iron oxide, etc. Optimizing particle size and size distribution in abrasive materials maximizes final product performance while minimizing material waste. Monitoring...

Advanced Laser Diffraction System Wide-Angle Signal Collection for Reliable PSD Bettersizer 2600 Plus is engineered to deliver stable, reliable particle size distributions across the wide measurement range by capturing comprehensive scattering signals. Its patented Fourier and inverse Fourier optical system enhances signal collection and measurement robustness. Superior Performance The laser diffraction system ensures precise and reliable particle size results in compliance with ISO 13320, enabling a wide range of industries and applications to achieve new levels of performance. • Cover a wide...

Dual-Camera Dynamic Imaging System PIC-1 is a dual-camera dynamic imaging module for real-time particle image analysis. It captures high-speed particle images during measurement and converts them into size and shape results, supporting both standalone imaging and combined analysis with laser diffraction. Size Range: 2–3500 μm Modes: Imaging-only / Combined Magnification: 0.5×, 10× Sample Cell Camera Resolution: 5 MP Frame Rate: 70 fps Broadened Insight with Modular Imaging Expertise • Combined Size and Shape Characterization • Irregular Particle Characterization • Detection of Abnormal Particle...

Consistent Dispersion Workflow for Reliable Results BT-812 Wet dispersion introduces the sample into a selected liquid medium, such as water or a compatible organic solvent, to form a stable suspension. A controlled workflow, typically defined by automated SOPs, keeps dispersion conditions consistent. Continuous circulation and stirring maintain homogeneity, integrated ultrasonic breaks agglomerates and helps release entrapped air, and the suspension passes through the optical measurement zone and is recirculated for repeatable analysis. Automated surfactant addition further improves wetting...

BT-80N Pro is designed for wet dispersion workflows that require organic solvents or corrosive media. To meet these applications, key components are built with corrosion-resistant materials, improving long-term compatibility and reliability. BT-80NAnti-Corrosive Wet Dispersion Unit • Low-volume circulation tank: 80-200 mL • Broad organic solvent compatibility • Centrifugal circulation pump with adjustable speed • 50 W adjustable ultrasonic dispersion with dry-run protection • Full software control for dispersion, measurement, and cleaning workflows • Dual operation modes: local panel control...

Controlled Deagglomeration for Repeatable Results Dry dispersion introduces powder samples into the system with gases as media. The sample is delivered into the disperser by controlled vibration. Inside the disperser, particles are accelerated by a precisely controlled high-pressure gas stream through a Venturi device. Shear forces, interparticle collisions, and particle-wall collisions break down agglomerates before measurement. The dispersed particle stream then passes through the laser diffraction measurement zone for analysis, and is safely evacuated and collected by a vacuum unit. • Shear...

Easy Module Selection The Bettersizer 2600 Plus features both wet and dry dispersion units for effective particle dispersion, along with a dynamic imaging module to expand the measurement range and perform particle shape analysis. Our decision tree* for module selection helps users choose the right dispersion unit and determine if the dynamic imaging module is necessary. Decision Tree for Module Selection Select appropriate modules for the main device Sufficient sample quantity? Particle shape analysis? Sufficient sample quantity? Particle shape analysis? * This decision tree outlines a basic...

Bettersizer Software is designed to optimize the entire particle size measurement workflow, covering every stage from sample preparation and measurement control to data analysis and report generation. Seamlessly integrated with the Bettersizer 2600 Plus, it streamlines routine operations through a high level of automation, reducing manual intervention while improving efficiency and result consistency. Compact Icon Toolbar: provides one-click access to tests, measurements, and dispersion controls to streamline routine workflows. Real-time Laser Diffraction View: monitors obscuration and signal...

Software Features Across the Testing Workflow Ⅰ . Pre-processing Ⅱ . Automated System Preparation Ⅳ . Data Evaluation and Reporting Combined Test Automatic Dispersion Settings Imaging Analysis Window Data Interface Users can easily create new tests based on laser diffraction and dynamic image analysis methods. The software supports both automated and manual control, providing flexibility for various sample types and testing conditions. The SOP offers a streamlined solution for standardized and automatic testing, ensuring operator-independent results that are consistent and reliable. The Bettersizer...