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SECTORS
- Automotive
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Chemicals
- Particle Size Analysis
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- Zeta Potential Analysis
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- Surface Area and Pore Size Distribution
- Density measurement
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Coatings
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- Surface Area and Pore Size Distribution
- Density measurement
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- Raw Materials ID & Verification
- Quantitative Analysis
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Food & Beverages
- Particle Size Analysis
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- Surface Area and Pore Size Distribution
- Density measurement
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- Raw Materials ID & Verification
- Quantitative Analysis
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Dispersed Particle Surface Area Analysis
- Micro CT 3D Imaging
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Materials Science
- Particle Size Analysis
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- Zeta Potential Analysis
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- Surface Area and Pore Size Distribution
- Density measurement
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- Raw Materials ID & Verification
- Quantitative Analysis
- Dispersed Particle Surface Area Analysis
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- Spray Characterization
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Petrochemicals
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- Surface Area and Pore Size Distribution
- Density measurement
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- Crystallization Analysis
- Raw Materials ID & Verification
- Quantitative Analysis
- Dispersed Particle Surface Area Analysis
- Micro CT 3D Imaging
- SEM Imaging
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Pharmaceuticals
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- Particle Size and Shape Analysis
- Zeta Potential Analysis
- Stability and Shelf Life Analysis
- SEM Imaging
- Micro CT 3D Imaging
- Crystallization Analysis
- Surface Area and Pore Size Distribution
- Density measurement
- Raw Materials ID & Verification
- Quantitative Analysis
- Biosafety Enclosures
- Glove Integrity Testing
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- Spray Characterization
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Polymers and Plastics
- Particle Size Analysis
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- Surface Area and Pore Size Distribution
- Density measurement
- Catalyst Analysis
- Crystallization Analysis
- Raw Materials ID & Verification
- Quantitative Analysis
- Dispersed Particle Surface Area Analysis
- Micro CT 3D Imaging
- SEM Imaging
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Others
- Particle Size Analyzers
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- Surface Area and Pore Size Distribution
- Density measurement
- Catalyst Analysis
- Quantitative Analysis
- Spray Characterization
- Filter Testing
- Containment Enclosures
- Dispersed Particle Surface Area Analysis
- Glove Integrity Testing
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MANUFACTURERS
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SECURITY
Explosive and CBRN threats are evolving over time and in response to these changes so are the techniques and technologies for their detection.
We bring hi-tech systems detecting explosives, narcotics and CBRN components as well.
RESOLVE
Through-barrier identification
RESOLVE is the world’s only handheld Raman system for true through-barrier identification of hazardous or contraband materials for applications in Hazmat incident management, military EOD, first response, search & law enforcement, and screening at ports & borders.
RESOLVE uses proprietary spatially offset Raman spectroscopy (SORS) technology to detect and identify chemicals through opaque non-metallic barriers such as coloured and non-transparent plastics, paper, card, sacks, fabric and glass.
Measured spectra are accurately matched to comprehensive on-board spectral libraries. The system is capable of identifying materials including; explosives and precursors, hazardous and toxic materials, chemical agents, narcotics and new psychoactive substances, plus thousands of benign chemicals.
RESOLVE’s matching algorithm identifies individual chemicals as well as mixtures.
Best-performing liquid explosive detection
The Insight™ range is the best-performing liquid explosive detection solution and is operationally proven with several hundred units in use throughout the EU, Asia and Australasia.
The Insight200M™ is the latest addition to the range. Improving upon the popular Insight100™ series, Insight200M screens all containers, including metals, with best-in-class detection performance and the lowest false alarm rate of any ECAC-approved scanner.
The system is also smaller and lighter than its predecessor. Insight200M fits into security checkpoint operations with the lowest resource impact and highest screening throughput of any Type B LEDS solution.
INSIGHT 200M
Tracer 1000 NTD
Definitive narcotics identification
The 1st Detect Tracer 1000 NTD delivers a decisive advantage in the fight against fentanyl, nitazenes, K2/Spice, and traditional drugs.
As narco-terrorists rapidly evolve their chemistry to evade detection, traditional screening methods fall behind.
The Tracer 1000 NTD bridges the gap by bringing laboratory-grade, low pressure, mass spectrometry to mailrooms, evidence intake centers, and border checkpoints.
The NTD features an expandable threat library that adapts as new threats emerge, protecting your long-term investment.
By providing immediate gold-standard results on-site, it protects personnel from accidental exposure and helps accelerate the legal process with court room proven evidence that supports prosecution.
The Future of Explosives Detection is Mass Spectrometry
The 1st Detect Tracer 1000 ETD redefines explosive trace detection by bringing mass spectrometry out of the lab and into the field.
Combining breakthrough sensitivity with molecular-level precision, the Tracer 1000 sets a new standard in explosive trace detection. It delivers fast, definitive results with virtually no false alarms—keeping passengers moving, lines flowing, and operations running at peak efficiency.
More speed. More accuracy. More confidence. With an adaptive threat library engineered to evolve alongside emerging explosives, the Tracer 1000 ensures airports stay ahead of tomorrow’s risks—not reacting to them.
The result is stronger security, lower operational friction, and a screening experience built on trust.
Tracer 1000 ETD