Mobile, Battery-Powered and Precisely Temperature-Controlled

With LAUDA Ultra-freezers, you can be confident that deep-freezing will be safe and reliable. Mobile ultra-deep-freeze chest freezers with active temperature control ensure reliable cold chain maintenance in intralogistics and interfactory transportation. Thanks to excellent insulating properties, the ultra-deep-freeze chest freezer is the perfect solution for transporting delicate and temperature-sensitive materials.

In addition to storing sensitive samples under validated conditions, it is equally important to transport them under identical conditions. Our ultra low temperature chest freezer guarantees mobile, low-temperature transport.

LAUDA thermostats are characterized by their excellent handling, highly ergonomic design, and intuitive operation. With various lines of devices including heating, cooling, circulation, process, and calibration thermostats, LAUDA thermostats offer a wide working temperature range from -100 to 320°C. Whether it’s for basic routine applications or the most demanding tasks in the lab – LAUDA has the right thermostat solution for almost every requirement. Designed for applications in the chemical, pharmaceutical, biotechnology, medical diagnostics, automotive semiconductor industries and more.

LAUDA Varioshake shakers are characterized by high reliability and durable mechanics. Equipped with GFL Technology, all products embody the quality and many years’ experience of the former premium manufacturer GFL. They are primarily used in the field of biology and microbiology, in medical diagnostics, in laboratories, test institutes and research institutes, and in quality assurance. With different shaking movements and device properties, LAUDA shakers are the right choice for any application. They also run quietly and are completely reliable, even in continuous operation. They also reliably manage demanding applications with actively regulated temperature control and high temperature stability.

LAUDA shakers with comprehensive variation and adaption options

The LAUDA Varioshake product line encompasses models in multiple sizes, with various shaking motions. LAUDA shakers are available in different variants for a wide variety of applications and for containers of 15 to 50 ml. With accessories like adhesive mats, platform attachments and other equipment elements, the devices can be optimally adapted for any requirement. As a result, they are suitable for use in standard tasks, and as special solutions for individual requirements. Thanks to their compact design and small footprint, they can easily be integrated in existing laboratories.

The TD4 is a compact ring/plate tensiometer, which, as a standalone device, offers maximum ease of use in research and development, as well as for quality control.

The graphic operating unit with touch-screen enables accurate tracking of measurements (even time-dependent measurements).

The pre-programmed standard methods, the GLP-compliant user management system, the optional equipment with a small Peltier-based thermostat (PTT+) and the intuitive user guiding make the TD4 a compact and precise measuring instrument.

High Sensitivity Flow Cytometry for Nanoparticle Analysis

Flow NanoAnalyzer is expected to become a powerful tool for life science, nanoscience and nanotechnology studies. Flow NanoAnalyzer can be used for the multiparameter characterization of natural and synthetic nanoparticles (7-1000 nm) at the single-particle level, such as extracellular vesicles, mitochondria, bacteria, viruses, nanomedicine and naonomaterial. Combining light scattering and fluorescence detection, high-resolution distributions of particle size and biochemical properties can be acquired simultaneously in 1-2 minutes.

So far, the Flow NanoAnalyzer is the only real flow product in the world with the ability to analyze single nanoparticles, with outstanding detection sensitivity, excellent resolution and stable performance. At present, the company’s first-generation product is on the market, interested users can contact us for more details.

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.