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.

Enhance your existing Environmental Monitoring with the N-Light™ Listeria Rapid Test

Listeria monocytogenes is extremely widespread in soil, water, and livestock environments, so it is simply a matter of time before the pathogen enters a specific factory. Once it is in a production environment, there is a real danger of the Listeria monocytogenes establishing itself as a permanent resident, due to its tolerance to high salt concentrations and temperatures as low as 4°C, resulting in Listeriosis outbreaks.

The N-Light™ Listeria Rapid Test is the optimal tool for you to “seek and destroy” Listeria monocytogenes in the environment. It consistently demonstrates superior sensitivity and specificity, compared to the chromogenic competition, in the detection of the pathogen, with actionable results after 24h. The performance of the N-Light™ Listeria Rapid Test has also been evaluated in the AOAC Performance Tested Methods^SM Program and has been found to perform as stated by NEMIS. It is also validated against ISO 11290-1:2017.

Enhance your existing Environmental Monitoring with the N-Light™ Salmonella Rapid Test

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.

The N-Light™ Salmonella Rapid Test is the optimal detection method for simple, safe, and affordable lab-free risk screening for Salmonella. It consistently demonstrates superior sensitivity, compared to the chromogenic competition, in the detection of the pathogen, with actionable results after 24h. The performance of the N-Light™ Salmonella Rapid Test has also been evaluated in the AOAC Performance Tested MethodsSM Program and has been found to perform as stated by NEMIS.

Alto is the world’s first SPR instrument to integrate digital microfluidics (DMF) with nanotechnology-based biosensors.

DMF technology enables all fluidics to be disposable, allowing for precise handling of 2μL sample volumes, crude sample compatibility and zero fluidics maintenance. Alto’s compatibility with automation for both hardware and software provides sample-in/answer-out data, industry leading throughput, and 120 hours of unattended run time.

Every aspect of Alto is designed with user-friendliness and accessibility in mind—from the flexible 16 channel design to the intuitive data analysis platform.

OpenSPR is the world’s only benchtop surface plasmon resonance (SPR) instrument. It provides high quality, label-free interaction analysis for a fraction of the cost of existing solutions. Our unique nano-structured sensor surface uses localized SPR (LSPR) to deliver repeatable, highly sensitive kinetic data.

OpenSPR-XT is built with our cutting-edge and affordable nanotechnology biosensor platform. It has been seamlessly integrated with our robust autosampler system to allow for fully automated, 24/7 operation.

Compatible With

• Proteins
• Lipids
• Carbohydrates
• Antibodies
• Nucleic acids
• Small molecules
• Cells
• Viruses
• Nanoparticles & more

• LabMaster-aw neo: Flexible and reliable AW-meter for batch release
• LabMaster-aw: Benchtop meter for maximum measurement range
• LabTouch-aw: Aw meter for quick and easy measurements
• LabSwift-aw: Portable meter with battery pack for flexible use
• LabStart-aw: Simple instrument for first step in aw measurement
• ClimMate Set aw: Portable measuring for bigger sample volumes

• Pascal-ST/ZB: Th ideal solution for clean rooms – Pocket size high accuracy measuring instrument with automatic zero-point calibration.
• PascalMaxx: HVAC measuring device with automatic zero-point calibration for monitoring of room pressure and saturation.
• CaliBox 200: Mobile pressure generator and reference for calibration of static and dynamic differential pressure sensors.

• QuantDat/nSens: Multi-sensor industrial transmitter for humidity and temperature probes.
• ClimMate: Mobile reference measuring instrument for humidity and temperature in a set.
• HygroGuard/ClimaLog/DataLog: Data logger systems with internal and external sensors.
• HygroMaxx: HVAC-transmitter for humidity and temperature measurement with analogue outputs.
• StatMaxx: HVAC-thermo-hygrostat with integrated relay switches.
• TempMaxx: HVAC-temperature transmitter with integrated relay switch and analogue output.

Innovation at Your Fingertips

RedShiftBio’s AQS³pro overcomes many of the limitations of traditional spectroscopy-based technologies with ultrasensitive, highly reproducible, automated structural measurements of proteins and other biomolecules. It can be used for a wide range of applications from formulation development of mAb-based biotherapeutics to robust measurements of ADCs, AAVs, and mRNA. Powered by Microfluidic Modulation Spectroscopy (MMS), the AQS³pro is designed to provide five key measurements— aggregation, quantitation, stability, similarity, structure—directly supports biomolecule characterization throughout the biopharmaceutical development pipeline.

Key features:

• Ability to measure wide range of native sample concentrations from <0.1 mg/ml to >200 mg/ml
• Fully automated sample-handling, with both 24 and 96 well plate formats
• Real-time background subtraction eliminates need to dialyze samples
• Detection of <2% change in secondary structure even at low concentrations
• Advanced onboard data analytics enabling rapid and robust data interpretation and reporting

VROC® powered viscometers require small samples and are quick and easy to obtain accurate viscosity measurements. RheoSense’s proprietary technology powers all of our viscometers; enabling ease of use, smaller samples, and a wider dynamic range (shear rate and temperature).

Solida Biotech manufacture a wide range of bioreactors, fermenters, at-line analysers, CIP/SIP systems and process vessels for research, development, and production, suitable for fermentation, cell culture, stem cells, enewable technologies, algae, biomass, biofuel, hydrolysis and more.

Solida Biotech Advantages

• Flexibility
• Custom made solutions
• Complete Engineering management
• Full control of the manufacturing chain including third party suppliers
• Automation and Software solutions for laboratory and industrial applications
• High quality Stainless steel and ancillary components
• Competitive Prices
• Efficient after sales support
• Turn-Key projects
• Searching and Transferring of Technologies
• Application support for Fermentation, Cell Culture and Renewable energies

Laboratory and industrial production process control requires a fast and accurate analysis of sample to allow optimum operating conditions to be set and maintained. This can apply equally to food and beverage production, pharmaceutical products or biopharmaceutical manufacturing systems for both cell culture and microbial applications. The speed and flexibility of our enzymatic laboratory analysers makes them ideal for quality control purposes. A printed result is obtained typically within 20 – 25 seconds from sample injection. New analytical assays are continually being developed; for example measurement of methanol from dimethyl dicarbonate (DMDC) preservation of juices and other beverages but also NAD and NADH for industrial control purposes.

SOPAT Macroscopic probes are probes for particle size analysis in the range of 70 to 26,000 µm.