SciAps Z-902
The world’s first handheld analyzer to deliver carbon content
PMI analyzers
Precise PMI guns for confident, compliant material verification
Precise PMI guns for confident, compliant material verification
Positive Material Identification (PMI) has become the industry standard for upholding material integrity, essential for quality, safety, and compliance in numerous manufacturing and industrial processes.
PMI analyzers, including the SciAps Z-902, Z-901 CSi, X-550, X-200, and X-50, has reshaped the reliability and accuracy of material identification.
Rigorous material verification using robust PMI technology ensures confidence in raw materials and finished components, directly supporting regulatory and industry standards.
Selecting the optimal positive material identification (PMI) solution is crucial for ensuring material integrity, operational safety, and regulatory compliance. Industrial environments demand analyzers that deliver precision, speed, and mobility under challenging conditions.
SciAps handheld analyzers - powered by advanced X-ray fluorescence and laser-induced breakdown spectroscopy technologies - provide versatile solutions for PMI across sectors including oil and gas, power generation, fabrication, and recycling.
Understanding the capabilities of each model helps you align your choice with your operational goals and analytical requirements.
The world’s first handheld analyzer to deliver carbon content
The SciAps Z-902 Carbon is an advanced LIBS analyzer designed for applications where carbon and light element detection are critical.
Ideal for weld inspection, low alloy steel verification, and carbon equivalency measurements, it delivers laboratory-grade accuracy in the field.
The Z-902 Carbon excels in analyzing elements such as C, P, S, B, and Li. With a durable design, intuitive interface, and rapid analysis times, the Z-902 is built for both mobile and fixed inspection teams that demand uncompromising accuracy and reliability.
Handheld LIBS analyzer covering 200-420 nm wavelengths
The CSi is the perfect tool for operators who own XRF and need the occasional carbon measurement.
It delivers fast, reliable carbon results to complement XRF tests, at a lower cost than the full LIBS system for carbon plus alloys.
SciAps cloud-driven data merging and report generation bring it all together in one report.
The new standard in XRF
The SciAps X-550 represents the next generation of handheld XRF analyzers, combining superior analytical performance with enhanced ergonomics and connectivity. It is engineered for high-precision alloy identification, even in demanding industrial environments.
Featuring a powerful x-ray tube and advanced detection system, the X-550 delivers faster results and lower detection limits across a broad range of metals and alloys.
Built for flexibility, it supports full elemental coverage and integrates seamlessly with digital reporting systems, making it ideal for refineries, fabrication shops, and quality control laboratories where traceability and speed are paramount.
Field-ready accuracy. Lab-grade performance.
The SciAps X-200 is a trusted handheld XRF analyzer renowned for its speed, accuracy, and rugged construction.
Designed for rapid start-up and efficient elemental detection, it provides dependable PMI results across a wide spectrum of materials - from stainless steels and nickel alloys to titanium and copper-based alloys.
Its ergonomic, lightweight design ensures operator comfort during extended use, while durable construction guarantees performance in harsh environments.
The X-200’s versatility makes it a preferred choice for field inspections, maintenance programs, and production quality assurance.
Classic model ideal for many applications at a great value
Compact yet powerful, the SciAps X-50 delivers reliable PMI performance for high-volume or entry-level applications. It is particularly suited to metal sorting, recycling, and grade identification tasks where speed and cost-efficiency are essential.
Equipped with advanced detection software, the X-50 enables fast, accurate analysis of multiple samples, ensuring smooth workflow in busy industrial environments.
Its robust build and straightforward interface make it a practical solution for operators seeking dependable performance without unnecessary complexity.
The SciAps OneBox combines any Z-Series and X-Series instrument in a single , integrated solution, delivering the full spectrum of PMI capabilities. This system empowers users to analyze both light and heavy elements with precision and efficiency.
Ideal for industries requiring comprehensive alloy verification and maximum flexibility, the OneBox ensures seamless data integration, unified reporting, and effortless portability.
By pairing LIBS and XRF technologies, it offers the ultimate balance of speed, accuracy, and analytical breadth for complete material verification.
Modern industrial environments demand uncompromising precision and speed in material identification, especially when operational safety and compliance hinge on every analysis. Advanced PMI solutions have redefined how quickly and accurately alloys and metals are classified. Equipment like the SciAps Z-902 Carbon, Z-901 CSi, X-550, X-200, and X-50, are at the forefront, supporting agile workflows, rapid field inspections, and critical alloy analysis. By exploring rapid material identification through advanced PMI, you’ll uncover the core benefits empowering safety, efficiency, and traceable results in high-stakes inspection routines.
Ultimately, embracing rapid material identification through advanced, handheld LIBS and handheld XRF empowers teams to uphold the highest standards for safety, materials quality, and regulatory compliance at every stage, reinforcing the value of precise and timely analysis.
Rapid material identification, enabled by advanced PMI guns and modern XRF equipment, delivers a suite of practical advantages for industries where time, accuracy, and regulatory adherence are paramount. In environments such as energy, petrochemical, aerospace, and heavy construction, workflows often depend on the ability to analyze materials and alloys in real-time, minimizing project delays and operational risks. The introduction of advanced PMI, powered by analyzers like the SciAps Z-902, X-200, X-50, and X-550, means organizations are equipped to identify metals and alloys swiftly, even when confronted with complex compositions or demanding conditions.
These analyzers stand out through their ability to provide instant feedback on material composition, offering actionable insights at the point of inspection. Immediate analysis not only promotes confident decision-making but also dramatically reduces downtime. In high-throughput manufacturing settings, where hundreds or thousands of alloys may be processed daily, advanced equipment ensures that each material aligns with precise specifications before moving forward in the production chain. Operators relying on handheld PMI guns can verify the integrity of materials and alloys during incoming goods inspection, in-process quality checks, and final certification, bolstering confidence that every metal has been correctly identified and approved.
Safety is inseparable from rapid material identification. Welding, fabrication, and repairs in critical infrastructure depend on the right alloy selection; any error could lead to catastrophic failure down the line. By using advanced XRF analyzers and material identification tools, technicians can detect improper alloys or foreign materials in real-time, supporting zero-compromise safety programs and compliance with regulatory mandates. Faster analysis equates to fewer hold-ups in safety-critical applications, allowing production teams to maintain workflow without sacrificing thoroughness or quality.
Advanced PMI supports traceable, auditable workflows, an essential component of certifications and compliance documentation. Systems like the SciAps OneBox integrate seamlessly with reporting platforms, enabling automatic logging of analysis data and instant shareability with quality assurance teams. The analyzers’ digital connectivity ensures material identification is linked to unique jobs, batches, and inspection records, simplifying compliance checks and audit trails. This not only meets industry requirements but also reduces administrative burdens for inspection teams.
Rapid alloy analysis is also a key enabler of sustainability in recycling and materials management. By quickly distinguishing among various metals and alloys, advanced PMI analyzers maximize yield and value from scrap while preventing misclassification. For organizations navigating evolving safety and materials standards, staying current with advances in analysis technology delivers a critical edge.
