Technologies

• Raman spectroscopy offers a non-invasive optical approach that preserves sample integrity.
• Simultaneous measurement of multiple molecular constituents in biological samples saves time and resources.
• Eliminates the need for sample staining or labeling.
• Provides high specificity, aiding in the discovery and validation of early disease markers.
• High-resolution Raman images offer comprehensive biomolecular and morphology information.

• Collect sequential Raman and AFM measurements
• Supports Dimension Icon, Dimension FastScan and Dimension Edge
• No need to move samples between systems
• Non-invasive coupling enables each instrument to be used independently without compromising performance
• Supports Raman imaging on the AFM
• Compatible with a comprehensive range of AFM modes including PeakForce TUNA™ for electrical characterization and PeakForce QNM® for quantitative nanomechanical mapping

The S mart 2 is the only autonomous areal confocal profilometer available on the market, and it is incredibly easy to install as it requires only two single connections (ethernet cable and a power supply). Its narrow width allows the integrable head to be installed in even the most difficult of zones, while its easy integration is enabled by the presence of all the electronics, including the computing power, inside the head. Furthermore, its high–efficiency passive cooling system ensures that the system is always ready to work.

• The SA-9600 series of surface area analyzers offers fast, convenient, and cost-effective measurements of surface area on a wide range of materials.
• It allows for ultra-fast single or multi-point surface area measurements with easy operation.
• The analyzers utilize the flowing gas method to acquire gas adsorption and desorption data, which is then used to calculate total surface area using the BET method.
• The flowing gas method is particularly advantageous in single-point mode, enabling up to thirty sample analyses per hour.
• The patented SA-9600 technology enables routine total surface area determination in as little as two to six minutes.
• The SA-9603 models have three stations for simultaneous surface area measurements.

Introducing our advanced TEM Plasma Treatment System, a cost-effective solution optimized for plasma coatings, plasma etching, and surface activation. This fully automated system is designed for TEM sample holders, offering versatile compatibility, variable power control, and extended dwell time for precise and efficient cleaning. It includes low-power operation, a front-feed sample holder, multiple cleaning capabilities, re-entrant style compatibility, and dual gas inlets. Enjoy application-specific benefits, a user-friendly interface, and versatile adapters. Upgrade your electron microscopy with this cutting-edge plasma treatment system for streamlined, error-free cleaning and sample preparation.

The Energy 11 Twin-Screw Extruder can be set up for a wide range of applications encountered in current battery R&D. The fully ported, horizontally split barrel allows for flexible feeding of solid and liquid ingredients. Interchangeable die designs adapt to a range of materials from dry granules, polymeric solid-state electrolytes, and electrode films to wet slurries. Eight precisely controlled temperature zones along the barrel ensure flexibility in processing.

• NL-UHV enables the generation and deposition of nanoparticles in an Ultra-High vacuum to create functionalized surfaces on samples.
• The properties of the nanoparticle coatings can be precisely controlled, including size, composition, and structure, allowing for tailored properties.
• NL-UHV instruments allow the direct deposition of ultra-pure nanoparticles on a wide range of substrates and materials.
• The film density can be adjusted, and the coating adheres well to the sample surface.
• Available in different configurations, including single 1″ and 2″ sources, as well as the triple 1″ source NL-DX3, which enables the deposition of up to three materials individually or as alloys.
• The NL-QMS mass filter offers advanced control over nanoparticle deposition, allowing the scanning or filtering of nanoparticles by mass or diameter in real-time.
• The NL-QMS is operated through user-friendly WindowsTM software, providing intuitive control over the deposition process.

• The ViewSizer 3000 is an advanced analyzer for exosomes, viruses, and nanoparticles.
• It uses multiple lasers for accurate and detailed analysis of particles in a sample.
• The device simultaneously measures particle size and concentration across a wide range of sizes.
• It adjusts laser power to avoid saturation or weak scattering, ensuring precise data.
• The ViewSizer 3000 is designed for easy cleaning to prevent cross-contamination.
• It provides accurate and sensitive analysis without the risk of cross-contamination.

• High performance portable fibre coupled Raman system
• High spatial resolution x/y <1 µm, z <2 µm
• Live white light sample viewing for accurate sample targeting
• Motorised x/y/z stack that enables accurate objective positioning for single point or mapping purposes
• Work with objective lens pointing downwards or horizontally

Y-Type Diamond Interaction Chamber (DIXC) is used to produce uniform nanoparticles in a high pressure homogenizer. The fixed geometry within the Y-Type DIXC is intended to create a uniform processing profile so that all materials will be processed with equal disruptive forces. Single-slotted interaction chambers have a single microchannel and are ideal choices for small batch research, while the multi-slotted interaction chamber comprises multiple microchannels in parallel, which can be used at industrial scales, by increasing the flow rate through the DIXC but with equal processing forces.

Z-Type Diamond Interaction Chamber (DIXC) is used to produce uniform nanoparticles in a high-pressure homogenizer. The fixed geometry within the Z-Type DIXC is intended to create a uniform processing profile so that all materials will be processed with equal disruptive forces. Single-slotted interaction chambers have a single microchannel and are ideal choices for small batch research, while the multi-slotted interaction chamber comprises multiple microchannels in parallel, which can be used at industrial scales, by increasing the flow rate through the DIXC but with equal processing forces.

Diamond Interaction Chamber (DIXC) is used to produce uniform nanoparticles in a high-pressure homogenizer. The fixed geometry within the DIXC is intended to create a uniform processing profile so that all materials will be processed with equal disruptive forces. Single-slotted interaction chambers have a single microchannel and are ideal choices for small batch research, while the multi-slotted interaction chamber comprises multiple microchannels in parallel, which can be used at industrial scales, by increasing the flow rate through the DIXC but with equal processing forces.

Thermonics specializes in the design and manufacture of low temperature standard and custom fluid chillers for challenging applications. The A-40-1900 FluidChill™ system delivers high reliability and precision temperature control.

• Touch-screen controller provides precise temperature control with data logging, graphing, performance monitoring, and fault alarms
• Magnetically coupled pump to match wetted materials
• Compatible with multiple heat transfer fluids
• Communications options for remote control and reading chiller parameters

Mixing Diamond Interaction Chamber (DIXC) is a chamber specially designed for mixing and homogenizing the sample fluids from two or more inlet ports. The multiple streams will mix homogenously at the diamond mixing chamber where the fluids pass through the fixed micro-channels and experience high shears and strong impacts.