Sapphire is a Multi-Collector Inductively Coupled Plasma Mass Spectrometry (MC-ICPMS) system featuring a proprietary dual-path technology, integrating a collision/reaction cell to thoroughly eliminate spectral interferences from the argon source. The instrument possesses two distinct ion paths: a high-energy path (6 kV) for traditional isotope analyses, and a low-energy path (4 kV) routed through the reaction hexapole. It stands as an ideal solution for analyses in geochemistry, cosmochemistry, and life sciences

Nu Plasma 1700 is a multi-collector mass spectrometry system (MC-ICP-MS) designed for large mass dispersion (mass dispersion ~1700 mm). The device can achieve a resolution of >30,000, while at levels >5,000 it still maintains a flat-top peak, preserving almost absolute sensitivity. Each detector is equipped with independently adjustable slits. An optimal solution in geochemistry, cosmochemistry, and life sciences.

As the world's first dedicated horizontal electron diffraction machine, the ELDICO ED-1 combines a 160 keV beam source and a DECTRIS QUADRO detector. The device achieves a resolution of <0.84 Å, enabling rapid decoding of nano crystal structures (10–1000 nm). This is the optimal cost-effective solution for pharmaceutical research, battery materials, and agricultural chemicals.

Alpha300 access is a Raman system designed as an ideal starting point for WITec's Raman imaging technology in budget-constrained environments. Even in the entry segment, the system still provides high-performance Raman mapping, superior spectral quality thanks to the UHTS spectrometer, precise optical components, and in-depth knowledge of Raman. It can be upgraded to more powerful configurations of the alpha300 R line later.

Vitesse is an Inductively Coupled Plasma Time-of-Flight Mass Spectrometry (ICP-TOF-MS) system, specifically designed for high-speed multi-element applications such as laser ablation imaging and nanoparticle analysis. It features a segmented reaction cell and powerful interference removal capabilities, making it an ideal solution for geochemical, biological, environmental, and materials research.

Nu TIMS is a thermal ionization mass spectrometry system developed based on variable dispersion multi-collector technology. Nu TIMS achieves peak accuracy with a mass range of 5–300 amu, outstanding sensitivity, and fully automated operation. An optimal solution for U-Pb geochronology, radioactive isotope analysis (Sr, Nd, Pb) and nuclear, environmental, and cosmochemical applications.

The Alpha300 R is a confocal Raman microscope that meets various requirements – from micro-Raman mapping to high-speed 3D imaging. The Fast Raman Imaging™ technology with motorized capabilities allows for image acquisition at superior speeds. It can be upgraded to integrate AFM, SNOM, TERS, and other correlative modes, suitable for all fields from materials science, geology, to biology and pharmaceuticals.

The PRO Line PVD 200 system elevates research productivity with its capability to process large wafers up to 8 inches. The system serves as a perfect solution to shorten your experimental turnaround time, delivering absolutely uniform thin-film deposition for future industrial applications.

SPECS' EnviroESCA is an electron spectroscopy system for chemical analysis in real-world environmental conditions thanks to breakthrough (N)AP-XPS technology. The device operates at pressures of up to hundreds of mbar, integrating a micro-focused AlKalpha monochromatic X-ray source and Environmental Charge Compensation to automatically neutralize background charging. EnviroESCA minimizes the time from loading to measuring samples, ideal for research on biological materials, polymers, batteries, catalysts, and liquids.

Is the generation of large configuration secondary ion mass spectrometers (LG-SIMS) the most advanced from CAMECA, a device that provides sensitivity and spatial resolution - mass at an absolute level. This is the optimal cost-effective analytical solution for geochemical research, trace element measurement, mineral dating, and analysis of micro-particles for nuclear safety control.

Equipped with dual magnetic convergence SIMS technology, the IMS 7f-Auto secondary ion mass spectrometer provides excellent depth resolution with a detection limit of ppb. This is a fully automated analytical solution that delivers high throughput for the semiconductor, optoelectronics, and materials industries, maximizing productivity with continuous operation 24/7.

QuantumLeap is an advanced X-ray Absorption Spectroscopy (XAS) system featuring dual transmission and fluorescence modes. The system offers a wide energy range from 4.5 to 25 keV and stands as the only laboratory-scale XAS that delivers synchrotron-equivalent performance directly to your lab, providing solutions for batteries and solar cells, catalysis, and heavy element research.

Developed from the renowned IMS 7f platform, the secondary ion mass spectrometry (SIMS) with ACTINIS casing features an advanced radiation protection system, allowing for the measurement of radioactive samples up to 2 Gy/h. The device achieves sub-micron spatial resolution, optimizing transmission and the ability to measure isotope ratios. This is a safe automation solution, ideal for optimizing the nuclear fuel cycle and waste management.

The first XAS system capable of analyzing low atomic number samples and micro-point analysis. Allows XANES measurements at 0.7 eV and EXAFS within seconds or minutes. MicroXAS with a spot size of 100 microns with an automated sample stage allows XAS mapping at a resolution of 100 µm on a sample. It is the leading solution for battery research, catalysis, and materials science.

Is a secondary ion mass spectrometer IMS 7f-GEO specialized from CAMECA, integrating a dual detector (FC/FC) and Electron Multiplier. The device offers an ultra-fast peak switching speed of 0.3s, reducing measurement time from >3000s to 56s. This is the optimal High-throughput solution for analyzing stable isotopes and rare earth elements (REE) in geochemistry.

TriLambdaXRM-30 (nanoXRM) utilizes Sigray's proprietary X-ray optics technology to provide cutting-edge resolution of 35nm. The device integrates up to 3 X-ray energy sources simultaneously to optimize the 3D nanoXRM image contrast for all types of materials from polymers to metals, providing a perfect non-destructive sample solution for batteries and biology.

SPECS FE-LEEM/PEEM P90 Series is a next-generation surface electron microscope system, combining a breakthrough between LEEM and PEEM techniques in a minimalist, ultra-stable modular design. Equipped with a Cold Field Emission Gun and an integrated energy filter, the system provides micro-spectral analysis capabilities and displays thin film structure images with superior spatial resolution below 2nm. This is the optimal analytical solution for in situ surface kinetics studies in situ, advanced materials science, and nanotechnology