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.

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.

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.

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.

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 KBF P constant climate chamber, equipped with ICH-compliant light source, is an expert when it comes to photostability tests and ensures clear test results in accordance with ICH Guideline Q1B. At the same time, the variable-position illumination cassettes offer homogeneous lighting conditions.

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

BINDER refrigerated incubators are gentle on samples and provide high-quality performance. Every KB Series refrigerated incubator thus makes safe, reproducible incubation possible, even at high ambient temperatures. Together with the efficient weekly program function, a refrigerated incubator from BINDER is truly versatile in laboratory work with microorganisms.

The KT Series combines exceptional performance with low energy consumption. Additionally, every BINDER refrigerated incubator offers true added value with its exemplary environmental sustainability.

The most versatile among the refrigerated incubators for microorganisms: The BINDER KB series refrigerated incubator controls temperature ranges of -10 °C to 100 °C. With its comprehensive program functions, this refrigerated incubator offers a wide range of capabilities and delivers reproducible test results.

The strengths of a BINDER ED series drying chamber include routine drying and sterilization tasks up to 300 °C. Thanks to the natural convection, all thermal processes which use this drying chamber are highly efficient. The ED series ensures fast, uniform drying.

Key Features

• Best energy efficiency on the market
• Excellent temporal and spatial temperature accuracy
• USB connection for recording data
• Temperature range up to 300 °C

BINDER laboratory ovens with gravity convection or forced-air convection are renowned for their quality and reliability. After extensive redevelopment, these multi-purpose drying chambers are now even more focused on delivering exactly the right specifications needed to dry or heat different materials. What’s more: In addition to the new design, convenient operation, and efficiency of these ovens, the latest APT.line™ technology offers outstanding temperature accuracy—putting this new generation of ovens in a class of its own.

The strengths of a BINDER ED series drying chamber include routine drying and sterilization tasks up to 300 °C. Thanks to the natural convection, all thermal processes which use this drying chamber are highly efficient. The ED series ensures fast, uniform drying.