Technologies

• The inLux SEM Raman interface integrates high-quality Raman functionality into a scanning electron microscope (SEM) chamber.
• It enables simultaneous imaging in SEM and collection of Raman spectra for 2D and 3D image generation.
• The sample remains static between SEM imaging and Raman data collection, ensuring precise co-location for comparing Raman and SEM images.
• It comes fully equipped for these tasks, allowing analysis of volumes larger than 0.5 mm in each axis.
• The interface features fully encoded position control with a precision of down to 50 nm, ensuring accurate Raman imaging.

The world’s best selling high-performance Raman microscope

• Designed, developed and refined over more than two decades to make it the most trusted Raman instrument on the market.
• Superior, research-grade Raman microscope for your current and future needs.
• Designed using Renishaw’s proven expertise in precision and innovative engineering.
• Built to last: upgrade, reconfigure, or customise – the inVia Raman microscope is a sound investment.
• Available in three models: inVia Basis; inVia Reflex and inVia Qontor®.
• Many options and accessories are available to suit your analytical requirements and budget.

FABRX printers are GMP-ready and CE-marked with stainless steel parts that can be taken apart easily for efficient cleaning. The printheads are exchangeable, meaning you only need one printer for multiple technologies and printheads can be exchanged for cleaning to allow for continuous printing.

• GMP Ready
• Exchangeable Printheads 
• Fully Autonomous Printing
• Auto Levelling Build Plate
• Print Cost Calculation 
• Multi-Device compatibility
• In-Built Camera
• In-built Security Measures
• Multi-file Type Support
• Internal Storage and Management of Multiple Projects
• Minimum 1 Year Warranty
• Upgrade Compatible

FABRX printers are GMP-ready and CE-marked with stainless steel parts that can be taken apart easily for efficient cleaning. The printheads are exchangeable, meaning you only need one printer for multiple technologies and printheads can be exchanged for cleaning to allow for continuous printing.

• GMP Ready
• Exchangeable Printheads 
• Fully Autonomous Printing
• Auto Levelling Build Plate
• Print Cost Calculation 
• Multi-Device compatibility
• In-Built Camera
• In-built Security Measures
• Multi-file Type Support
• Internal Storage and Management of Multiple Projects
• Minimum 1 Year Warranty
• Upgrade Compatible

The MPO 100 is a Two-Photon Polymerization (TPP) multi-user tool for 3D Lithography and Micro-Printing of microstructures with applications in Optics, Photonics, Mechanics, and Biomedical Engineering. The modular 3D printing platform MPO 100 offers high precision on demand for 3D Lithography as well as high print volume for 3D Microprinting and enables the production of complex functional microstructures with high throughput in a single process step.

Nanotechnology research and development is a continuously evolving effort to control atomic and molecular substances to achieve new and better materials and products. SZ-100V2 – Nanoparticle Analyzer analyzes three parameters: particle size, zeta potential, and molecular weight. They provide a high-sensitivity, high-accuracy analysis of each measurement parameter.

• Nikalyte NL50 benchtop system enables the deposition of ultra-pure metallic nanoparticles in research laboratories.
• It’s designed to be user-friendly and convenient, allowing for easy and repeatable deposition of non-agglomerated nanoparticles on samples up to 50mm in diameter.
• The deposition process is operated through a touchscreen interface, making it simple to use. Training for routine operations can be completed in as little as 10 minutes.
• NL50 allows for the modification of process variables, including nanoparticle size, distribution, and layer thickness.
• Samples can be loaded through a clear chamber door and can undergo plasma cleaning before deposition.
• Changing the source materials can be done quickly, within 5 minutes.
• The vacuum deposition process ensures the production of ultra-pure nanoparticles without hydrocarbons or other contaminants commonly found in chemical techniques.
• The nanoparticle coating is directly deposited onto the substrate, and after a typical cycle time of 30 minutes, it is ready for analysis without the need for additional drying or purification steps.

NEBULA Plasma Treatment Systems offer a revolution in surface activation and coatings. Designed for both industrial processing and research, NEBULA systems come in chamber sizes from 30L to 150L and offer various tray configurations. Key features include plasma polymerization, PLC control, and user-friendly recipe-driven operations. The systems are compact, eco-friendly with no hazardous emissions, and provide fast, precise, and repeatable treatments. The unique liquid dosing inlet further extends the range of plasma surface treatment possibilities. NEBULA is suitable for applications like cleaning, adhesion improvement, and nano-scale coatings on metals, polymers, composites, ceramics, and glass. It’s a versatile and safe solution that’s compatible with a wide range of materials, offering unparalleled precision, user-friendliness, and sustainability in the field of plasma treatment. Experience the future of plasma technology with NEBULA systems.

Introducing the Nimbus Atmospheric Plasma Treatment System, a cutting-edge dual-nozzle apparatus designed for surface activation, cleaning, and modification across diverse materials like polymers, metals, glass, and ceramics. With an intuitive interface and seamless integration capabilities, Nimbus ensures ease of operation, whether benchtop or rack-mounted. This system offers precise, repeatable treatments, including plasma cleaning and surface activation, catering to various industries. Its integrated gas monitoring and low operation costs make it a versatile and cost-effective choice. Nimbus guarantees reliability through continuous parameter control and safety interlocks, ensuring consistent results for long-term, trouble-free operation. Elevate your materials with Nimbus and embrace a new era of surface treatment.

• The Partica CENTRIFUGE CN-300 is a high-resolution particle size distribution analyzer that uses centrifugation.
• It has a measurement range of 10 nm – 40 μm and applies the centrifugal force of up to 30,000g.
• Temperature control is used to ensure accurate measurement results for various samples.
• It offers precision measurement for both undiluted and dilute samples.
• The centrifugation technique allows for capturing small amounts of foreign particles and agglomerations.
• The instrument maintains stable measurement over long periods by preventing temperature increases in the sample.
• It is designed for robust and easy use, with a simple cell setup and easy cleaning and replacement of the cuvette-type cell.

The following are some characteristics of the Partica LA-960V2: Particle Size Analyzer:

1. Advanced Detector Design: The performance of the system as a whole is influenced by the quantity of detectors, angular range, and layout.
2. Greater Instrument-to-Instrument Precision: The LA-960V2 is engineered to deliver the same performance independent of the LA-960V2’s date of manufacture, the operator’s skill level, or the user’s location. Without the trouble of correlation, get unparalleled instrument agreement.
3. Automated Laser Alignment in Seconds: With computer-controlled laser alignment, measurements are always accurate. The revolutionary method used by HORIBA allows the alignment procedure to be completed in only a few seconds.
4. Accuracy and Precision Guaranteed: The LA-960V2 is a highly developed particle size analyzer that can precisely measure NIST-traceable size standards to within 0.6% of specification. Complete adherence to ISO 13320 standards for material measurement on the D10, D50, and D90.

The LA-350 Laser Diffraction Particle Size Distribution Analyzer from HORIBA offers a combination of high functionality, simple operation, low maintenance, and affordability while maintaining the accuracy, precision, and resolution of earlier LA-series analyzers.

• Flexible Operation: Readily adapt to changing measurement needs with a wider size range and flexible software.
• Simple Operation: One button operation is possible by using the methods and sequence options built into the software.
• Fast Analysis: Get answers now with quick measurement and analysis.

• Intuitive Sample Navigation And Confident Analysis Area Identification
• Superior Micro-Area Analysis
• The Only Fully Automated High-Throughput Lab-Based Multitechnique XPS/HAXPES Instrument on the Market Commercially Available
• Bring HAXPES synchrotron capabilities into your lab with the PHI Genesis
• Optimized Depth Profiling
• Suite Of Specialized Solutions For In Situ Characterization Of Advanced Materials

Specac’s ProCell™ Vortex, Flange-Mounted NIR Liquid Process Cell, is a robust flange-mounted liquid transmission cell for in-situ monitoring of industrial process streams by UV/Vis and NIR optical spectroscopy via the use of optical fibers. It is designed to be installed either directly on a process plant or in a short by-pass loop. To ensure ease of process integration, the cell can be configured from a wide range of ANSI and DIN flange sizes. The cell is easily trace-heated and insulated for use at elevated temperatures, and cleaning ports can be added to facilitate in-situ cleaning of the windows.

The PSA300 has the following noteworthy qualities:

• Offers particle size and particle shape information.
• Very good sensitivity and precision.
• The picture analysis process may be used again without changing the results.
• High Throughput.
• Automatically calculates several measurements on thousands of unique particles at once.
• The PSA300 imaging workstation enables the control of user rights, the audit trail of critical actions, electronic signatures, and overwrite protection of all electronic documents.

The advantages of the RA802 pharmaceutical analyser include:

• Ease of use – no need for expert users.
• Small footprint.
• No need for sample preparation.
• Simple method development.
• Internal reference standards.
• No risk of contamination.
• Relate formulation properties to real-world outcomes.