Microfluidics LM10 Microfluidizer® High Pressure Lab Homogenizer is a unique solution to maintaining consistent process pressure, ensures 100% of your material gets exactly the same treatment.

The new LM10 Microfluidizer is a digitally controlled lab unit for small sample material processing. The LM10 converts pressure energy more efficiently into shear and impact forces, attaining targeted size reduction at lower peak pressure, which results in less sample temperature rise during processing.

The LV1 benchtop was developed as a result of customer demand to bring Microfluidizer quality nanotechnology processing to the milliliter scale with applications in the pharmaceutical, biotechnology, chemical, nutraceutical/food, cosmetic and energy industries: Academic and commercial sectors, Drug discovery, Adme Tox, basic research and development, Proteomics and genomics applications.

Microfluidizer Processor for Continuous High Shear Fluid Processing in Industrial Environments. Microfluidics produces patented Microfluidizer processor equipment with high-pressure, fixed-geometry interaction chambers that impart high shear rates to product formulations.

With 500 employees worldwide, Nabertherm has been developing and manufacturing industrial kilns and furnaces for a wide range of applications for over 70 years. As a manufacturer, Nabertherm probably has the widest and deepest range of ovens in the world. 150,000 customers in over 100 countries around the world prove the company’s success. Nabertherm stands for highest quality “Made in Germany”, modern design based on State-of-the-Art technology and a convincing price/performance ratio.

Applications with Temperature-Sensitive Samples

The CS1 Chiller-Stirrer is an accessory for the WOLF G2 Cell Sorter to provide cooling of sample and sheath fluid, as well as stirring of sample for better cell suspension.

The NanoCellect Wolf cell sorter is a powerful tool used for a variety of applications, including antibody discovery, single cell sorting and plating, genomics, single cell RNA sequencing, plant biology, gene editing, cell line development, and discovering microorganisms in ocean or pond water.

Salmonella typically spreads to food as a result of poor hygiene practices. It can therefore present a significant cross-contamination risk as it can survive, grow, and spread whether the environment is wet or dry. It is crucial to detect and eliminate Salmonella early on because some strains can multiply at temperatures as low as 7°C, while some strains can be slightly heat-tolerant. However, finding Salmonella in ‘high-care’ and ‘high-risk’ production and processing facilities is particularly challenging, thus the high number of negative results may create a false sense of security.

When it comes to food safety, you’ve got a lot on the line. Using hygiene monitoring to evaluate the effectiveness of your cleaning procedures is a critical aspect of an environmental monitoring program, which can help ensure the sanitary condition of your food and beverage manufacturing environment. Keep things moving with the Neogen™ Clean-Trace™ Hygiene Monitoring and Management System, now reengineered for improved stability and consistency. It’s a complete system that helps you optimize productivity, quickly prepare for audits and adhere to HACCP and FSMA rules.