Bettersizer 2600 Laser Diffraction Particle Size Analyzer 

Measurement range: [0.02 - 2,600μm (Wet dispersion) ; 0.1 - 2,600μm (Dry dispersion) ; 2.0 to 3,500 μm (Dynamic imaging)]

The Bettersizer 2600 uses Laser Diffraction Technology, which measures particles ranging from 0.02 to 2,600 μm. 92 photoelectric detectors transform light signals from the scattering spectrum into electrical impulses, which are then communicated to intelligent software. The particle size distribution can be calculated accurately and reliably by applying the Mie scattering theory to the data and performing mathematical conversion.

The Bettersizer 2600's modular construction makes it adaptable. The dynamic imaging module combines laser and imaging testing, expanding measuring range to 3,500 μm and analyzing particle size and form. The numerous dispersion system components cater to a wide range of testing requirements, including both dry and wet dispersion methods.

1. Applications & Industries

• Pharmaceuticals

• Abrasives

• Batteries

• Building Materials

• Paints, Inks & Coatings

• Mining & Minerals

• Food & Beverages

• 3D Printing Materials

• Ceramics

• Cosmetics

2. Why use the Bettersizer 2600?

The Bettersizer 2600 is highly proficient in analyzing particles using both laser diffraction and dynamic imaging in its dual optical systems. The inclusion of these dual optical systems enables a thorough characterization of particles, establishing the Bettersizer 2600 as an adaptable and essential tool for advanced particle analysis. With the support of two robust patents, the laser diffraction system ensures precise and reliable particle size results, aligning with ISO 13320 standards and enabling various industries and applications to elevate their performance. Thanks to its modular design, the Bettersizer 2600 seamlessly incorporates a dynamic imaging system, expanding the measurement range and offering real-time individual and quantitative particle shape analysis in compliance with ISO 13322-2.

3. Laser Diffraction System

• Combination of Fourier and Inverse Fourier Design

The Bettersizer 2600 excels in utilizing a combination of Fourier and inverse Fourier design. Its laser system configuration incorporates a total of 92 detectors, encompassing forward, lateral, and backward detectors. With a spherical detector array that is widely distributed, the Bettersizer 2600 is capable of capturing light signals across a wide angular range from 0.016° to 165°, allowing for accurate measurement of particles of various sizes.

• Refraction Index Measurement

The Bettersizer 2600 has the following features:

• It can calculate the refractive index for samples with unknown refractive index.

• It is capable of analyzing samples with unknown properties.

• It can confirm the known data of a material at a particular light wavelength.

• It offers essential parameters to determine particle size distribution in real-time.

• Wide Measurement Range

The instrument's remarkable laser system design includes 92 detectors and an extensive angular range from 0.016° to 165°, allowing for measurements ranging from 0.02 μm to 2,600 μm, encompassing nano and millimeter scales.

• High Resolution

The Bettersizer 2600 has the ability to distinguish between different samples with varying particle sizes in a single measurement because of its high-resolution analysis capability.

• High Sensitivity

When the Bettersizer 2600 gradually incorporates one sample into the other, it shows the variations in particle size distributions on the curve, demonstrating its exceptional sensitivity.

4. Dynamic Imaging System

• PIC-1: Modular Dual-Camera Imaging System Design

The PIC-1 is equipped with a dual-camera dynamic imaging system, positioning it as a top dynamic imaging module that integrates smoothly with the Bettersizer 2600. While the dispersion system moves particles through the sample cell, the high-speed cameras record and transform images into digital format for immediate analysis.

• Extended Measurement Range

The Bettersizer 2600's measurement range is significantly expanded to an impressive 3,500 μm by seamlessly integrating laser diffraction and image analysis. This allows for the measurement of samples with extremely wide distributions, such as river sediment.

• 24 Particle Parameters in Detail

The PIC-1 provides detailed information by capturing live images of particles, enabling customers to examine each particle closely. By analyzing 24 different parameters related to particle size and shape, the PIC-1 offers a thorough insight into particle characteristics.

• Detection of Oversized Particles to Ensure Consistency in Powder

Laser diffraction combined with image analysis is capable of detecting larger particles that are not well represented in a widely distributed sample, such as oversized grains, agglomerates, and air bubbles, with high sensitivity.

5. Wet Dispersion Modules

• BT-802 – Automatic Wet Dispersion Unit

BT-802 is specifically created for dispersing particles in water

• BT-80N and BT-80N Pro – Anti-corrosive Wet Dispersion Unit

The BT-80N Pro is a unit that automatically disperses particles using organic solvents. The BT-80N manual is a simple entry-level version.

• BT-804 - Small Volume Wet Dispersion Module

The BT-804 is intended for analyzing valuable or small-volume samples in cases where the medium used is water or organic solvent.

6. Dry Dispersion Modules

• BT-902 - Automatic Dry Dispersion Unit

BT-902 is appropriate for dispersing dry powder particles using compressed gas.

• BT-903 - Small Volume Dry Dispersion Unit

The BT-903 is created to disperse small quantities of dry powders with a minimum sample size of 20 mg by utilizing compressed gas.

7. Imaging Module

• PIC-1 Dynamic Imaging Module                                                                            

                          

The PIC-1 dynamic imaging module is a flexible and all-encompassing instrument for dynamic image analysis, specifically designed to seamlessly integrate with the Bettersizer 2600 laser particle size analyzer and the wet dispersion system. It is mainly composed of two high-speed cameras, white and blue LED lights, and a sample cell, along with other elements. By employing dynamic image analysis, the PIC-1 accurately captures high-resolution images of particles in real time as they pass through the sample cell, enabling a comprehensive analysis of both particle size distribution and shape characteristics.

8. Smart and Powerful Software

The Bettersizer software is designed to improve every step of your measurement process, starting from pre-processing to the final data analysis. By automating regular tasks and integrating with the Bettersizer 2600, the software enables you to concentrate on the scientific details. Enjoy a more efficient workflow that provides accurate and dependable results with the Bettersizer software, speeding up your research and fostering innovation.

9. Highly Customizable Report

Thorough and comprehensive data: Includes frequency and cumulative distribution curves, as well as simplified and complete distribution tables.

Customizability: Users have the ability to easily modify the reports by changing the font, layout, format, etc.

Flexibility: Users can freely convert the report formats between PDF, Excel, Text, etc.