PowderPro A1 automatically analyze powder characteristics such as Angle of Repose, Angle of Fall, Angle of Spatula, Bulk Density, and Tapped Density of a variety of powder materials. Applied image technology automatically controlled by PAD or Android App, PowderPro A1 is an essential tool to research and assess powder materials.

Nanoptic 90 is a nanoparticle size analyzer based on the DLS (Dynamic Light Scattering) theory. It can measure nanomaterial down to 1 nanometer. Its high-power semiconductor laser device provides stable light intensity and long lifespan; while its correlator with 1000 channels and sensitive photomultiplier tube deliver measurement results with high repeatability and accuracy.

BeVision W1 is a high-resolution dynamic image particle size and particle shape analyzer. Based on sheath flow theory, BeVision W1 particle size distribution analyser can capture each particle and deliver accurate image data. BeVision W1 particle analyzer is the best solution for scientific research and quality control.

The BeVision D2 particle image analyzer(particle shape analyzer) is a microscopic image particle size and particle shape analyzer for non-destructive measurement of coarse particles and millimeter range powder materials. BeVision D2 particle size analyzer’s high speed CCD camera and multi-threaded software quickly identify particles and obtains stable and accurate measurement results.
The BeVision D2 particle image analyzer(particle shape analyzer) is a microscopic image particle size and particle shape analyzer for non-destructive measurement of coarse particles and millimeter range powder materials. BeVision D2 particle size analyzer’s high speed CCD camera and multi-threaded software quickly identify particles and obtains stable and accurate measurement results.

BeVision S1 particle size analyzer employs the latest software particle image processing technology for the traditional microscope imaging method, providing intuitive and accurate particle size distribution analysis. BeVision S1 particle shape analyzer is widely used in particle shape observation and analysis fields, such as grinding abrasives, super-hard materials, spherical materials, and metal powder abrasives.

BeVision M1 particle analyzer is an automatic image scanning system for filter paper cleanliness analysis. Equipped with a metallurgical microscope, programmable motorized stage, autofocus function, and high-resolution CCD camera, BeVision M1 particle analyser can capture and recognize each individual particle, automatically stitching the images to a large panorama.

Bettersizer ST laser scattering particle size distribution analyzer includes the patented Dual Lens Optical System (DLOS) which provides a compact design without resorting to folding optics that are susceptible to misalignment caused by vibrations often present in most industrial labs.

The ST Laser Granulometry incorporates 86 high-speed detectors, which produces the high-resolution data from 0.1 to 1000 microns. This high-speed detector system delivers fast results, often in as little as 15 seconds.

Bettersizer S3 laser particle analyzer represents the leading particle size analysis technology for wet dispersion solution. Measuring range from 0.01 to
3500μm can meet the most stringent requirements of fundamental research, product development, and process control applications. The advanced optical design, DLOIOS, automatic refractive index measurement, and high quality manufacturing ensure convenient, reliable operation and accurate results. SOP and automatic circulation & dispersion system ease the workload and improve user experience.

Seamlessly combined laser diffraction and automated imaging in one model, Bettersizer S3 Plus particle size analyser not only achieves a wide size range from 0.01 to 3500μm, but also analyzes all size and shape parameters of a great variety of bulk materials. The reliable performance and user-friendly operation mode make Bettersizer S3 Plus the best choice for research in need of material characterization.

BT-Online1 Online Particle Size Analyzer is an on-line particle size monitoring system for real-time particle size monitoring and control in powder manufacturing industries. Driven by Standard Operation Procedure (SOP), it automatically samples, measures, recovers and processes data directly from the powder delivery pipeline, providing 24-hour particle size detection and control for a variety of dry powder production lines.

Performance

1. Real-time Control System As well as being able to continuously monitor particle size, the system also has a function for real-time feedback and control. The system will collect real-time size data and perform calculations against the particle size control limits. It automatically generates the feedback signal to the control center. This closed loop feedback control system will achieve better quality improvement, higher efficiency, reduce wastage and save energy.

2. Automatic Centering Guarantees perfect conditions of the optical system By moving the laser detector center point to the focus point of the lens before each test, the automatic centering function guarantees perfect conditions of the optical system, therefore providing accurate and repeatable testing results.

3. Accuracy Calibration Maintain accurate datum lifetime This function maintains operating parameters at consistent conditions, producing consistent and reproducible measurement across the board for all instruments, old and new.

4. Reliable Sampling System Sample dispersion is achieved by accelerating the powder through a venturi. The “backflush” and tapered pipe design prevents blockage of the sampling tube, and keeps the residual powder clean, ensuring the accuracy and continuity of real-time testing.

Battery test chambers from BINDER are suitable for tests performed on lithium-ion cells and modules. Handling lithium-ion batteries can present a variety of potential hazards. System operators need to evaluate the level of risk and counteract it using an appropriate safety concept. BINDER offers a range of equipment packages to suit whichever risk category battery tests fall into. These packages can be adapted to our temperature and climate chambers on the basis of customer requirements.

The BINDER CB series CO₂ incubator is the premium class among the CO₂ incubators. It is suitable for all sensitive incubation applications and ensures optimal cell growth. A BINDER CB series CO₂ incubator can perform complex cultivation experiments as well as specific enviromental conditions.

Benefits

• Maximum usable space with minimal footprint and excellent ease of use
• Minimum risk of contamination thanks to uncompromising hot-air sterilization
• Fanless, easy-to-clean hygienic interior
• Stable pH values thanks to drift-free CO₂ IR sensor technology
• Low evaporation of the medium due to high levels of humidity and quick recovery time

Series CB-S incubators are suitable for routine cell cultivation applications: They are free from contamination due to 180 °C hot-air sterilization and reliable pH stability thanks to the drift-free infrared CO₂ measurement system.

Key Features

• Minimum risk of contamination thanks to +180 °C hot air sterilization
• Stable pH values thanks to drift-free CO₂ IR sensor technology
• High humidity up to 95% RH
• Simple and fast cleaning thanks to a seamless inner chamber

BINDER CB-S Series Incubators: CO₂ Incubators With Hot Air Sterilization

BINDER CO₂ incubators provide optimum growth conditions for a range of cell culture applications. The units guarantee an impressively low risk of contamination, and are quick and easy to clean. Plus, thanks to their low running costs, BINDER CO₂ incubators make for a sound investment.

BINDER CB-S series CO₂ incubators feature excellent growth conditions for cell cultures, having been designed for standard applications in the cell laboratory. The proven air jacket system and humidification system keep the incubator interior free from condensation, while the 180 °C hot air sterilization can be relied upon to ensure that bacteria and spores are killed, giving you maximum protection against contamination in the CO₂ incubator.

The BINDER KBF is the specialist for unconditionally reliable stability testing and precise maintenance of constant climate conditions. From programming to documentation, this humidity test chamber meets all critical requirements.

Key Features

• Homogeneous climate conditions thanks to APT.line™ technology
• Automatic water and wastewater management
• Pressure humidification with fast response times

The main advantage of the BINDER KBF LQC series is the patented light photometry for photostability tests. Two 3D spherical sensors control the light dosage of UV-A and visible light. Once the desired light dosage is achieved, the chamber switches off automatically.

Key Features

• Homogeneous climate conditions thanks to APT.line™ technology
• Automatic water and wastewater management
• Pressure humidification with fast response times
• Variable position and removable illumination cassettes
• ICH-compliant illumination for long-term stable test conditions
• Precise photometry with 3D ball-type sensors at the sample