SciAps Z902C+ PortableLIBS Analyzer

SciAps Z902C+ Portable LIBS Analyzer

The SciAps Z902C+ Portable LIBS Analyzer is a high-performance handheld elemental analyzer designed for advanced alloy analysis, carbon measurement, positive material identification (PMI), and industrial quality control. Built using powerful Laser-Induced Breakdown Spectroscopy (LIBS) technology, the Z902C+ delivers ultra-fast elemental analysis with exceptional performance for carbon detection in steels, stainless steels, and nickel alloys.

Engineered for demanding field environments, the analyzer combines lightweight portability, onboard argon purge technology, dual spectrometers, rapid analysis speed, and advanced Android-based software into one of the most capable handheld LIBS analyzers available for industrial applications.

What is the SciAps Z902C+ Portable LIBS Analyzer?

The SciAps Z902C+ is a portable handheld LIBS spectrometer designed specifically for carbon analysis and alloy verification in industrial environments. The analyzer uses a high-energy pulsed laser to create plasma on the sample surface, allowing rapid elemental analysis through optical emission spectroscopy.

Unlike traditional handheld XRF analyzers, the Z902C+ can accurately measure light elements such as carbon, lithium, beryllium, boron, and silicon, making it ideal for advanced PMI and welding applications.

The instrument is commonly used in:

• Positive Material Identification (PMI)
• Carbon analysis
• Stainless steel verification
• Welding inspection
• Pipeline integrity management
• Aerospace manufacturing
• Petrochemical inspection
• Scrap metal sorting
• Steel production
• Power generation maintenance

Key Features of SciAps Z902C+ LIBS Analyzer

Advanced Carbon Analysis

The Z902C+ is specifically optimized for accurate carbon measurement in stainless steels, low alloy steels, and nickel alloys.

The analyzer can detect carbon concentrations down to approximately 70 ppm while also calculating carbon equivalents (CE) instantly for welding and metallurgy applications.

Dual Spectrometer Design

The instrument uses dual spectrometers to extend the spectral range from 190 nm to 620 nm.

A dedicated high-resolution spectrometer specifically targets the 190–230 nm ultraviolet range required for highly accurate carbon analysis.

Opti-Purge Argon System

SciAps proprietary Opti-Purge technology provides:

• Improved signal-to-noise ratio
• Better ultraviolet performance
• Enhanced carbon accuracy
• Reduced atmospheric interference
• Lower argon consumption

The system consumes approximately 1,000 times less argon than traditional spark OES systems.

QuickSort Technology

QuickSort mode enables rapid alloy sorting and material identification using air-burn operation without requiring full argon purge functionality.

This mode is ideal for:

• Scrap metal recycling
• Incoming inspection
• Fast alloy verification
• Production line sorting

High-Energy Laser System

The analyzer features:

• 5–6 mJ laser pulse energy
• 50 Hz repetition rate
• Rapid surface cleaning
• Fast contamination burn-off
• Enhanced analytical stability

This high-energy laser rapidly removes dirt, oxidation, coatings, and contaminants prior to measurement.

Beam Rastering Technology

The integrated rastering system automatically moves the laser to six different locations during testing to improve analytical accuracy and sample averaging.

Benefits include:

• Improved repeatability
• Better alloy homogeneity analysis
• Reduced inclusion errors
• Enhanced carbon precision

Lightweight Ergonomic Design

The Z902C+ features a redesigned aerospace-grade aluminum housing that improves portability and heat dissipation.

The analyzer weighs approximately:

• 4.35 lbs (1.97 kg) with battery

Its narrow-profile ergonomic structure allows comfortable operation in tight industrial spaces.

Applications of SciAps Z902C+

Positive Material Identification (PMI)

The analyzer is extensively used for PMI inspections involving:

• Stainless steel verification
• Alloy confirmation
• Weld inspection
• Refinery maintenance
• Heat-resistant alloys

Carbon Equivalent Analysis

The Z902C+ instantly calculates carbon equivalents (CE) for welding procedures and metallurgy quality control.

Pipeline Integrity Management

The analyzer supports:

• Material traceability
• Pipeline alloy verification
• Corrosion-resistant alloy inspection
• MTR validation

Aerospace Industry

The instrument verifies:

• Aerospace-grade aluminum
• Titanium alloys
• Nickel superalloys
• Specialty stainless materials

Steel Production

Used for:

• Incoming scrap screening
• Furnace quality control
• Alloy verification
• Heat compliance inspection

Scrap Metal Recycling

The analyzer rapidly identifies and sorts:

• Stainless steels
• Aluminum grades
• Nickel alloys
• Titanium alloys
• Copper alloys

Advantages of SciAps Z902C+ Over Traditional XRF

Accurate Carbon Detection

Traditional handheld XRF analyzers cannot accurately measure carbon, while the Z902C+ is specifically optimized for this application.

Superior Light Element Analysis

LIBS technology provides excellent performance for:

• Carbon (C)
• Lithium (Li)
• Beryllium (Be)
• Boron (B)
• Silicon (Si)

Faster Analysis Speed

Typical analysis times are approximately:

• 1 second for sorting
• 3 seconds for complete analysis

Reduced Regulatory Complexity

Because the analyzer uses laser excitation rather than X-ray tubes, regulatory requirements are generally reduced compared to handheld XRF systems.

Portable Carbon Analysis

The Z902C+ provides laboratory-style carbon analysis directly in the field without requiring bulky stationary OES equipment.

General Specifications

Detectable Alloy Families

Stainless Steel Grades

• 304
• 304L
• 316
• 316L
• 321
• Duplex Stainless

Iron and Low Alloy Steels

• Carbon steels
• Low alloy steels
• Heat-resistant steels

Aluminum Alloys

• 1000 Series
• 3000 Series
• 5000 Series
• 6000 Series

Nickel Alloys

• Inconel
• Monel
• Hastelloy

Titanium Alloys

• CP Titanium
• Ti-6Al-4V

Copper Alloys

• Brass
• Bronze
• Copper-Nickel Alloys

Cobalt Alloys

• Stellite
• Cobalt Superalloys

SciAps Z902C+ Calibration Capabilities

Carbon App Elements

Stainless Steel Calibration

• C
• Al
• Si
• Ti
• V
• Cr
• Mn
• Ni
• Fe
• Cu
• Nb
• Mo
• W

Iron Base Calibration

• C
• Al
• Si
• Ti
• V
• Cr
• Mn
• Fe
• Cu
• Ni
• Nb
• Mo
• Pb

Software Features

Android-Based User Interface

The analyzer operates on a modern Android platform that supports:

• Real-time reporting
• Wireless synchronization
• Cloud connectivity
• Touchscreen operation
• Multi-user access

Profile Builder Software

Users can customize:

• Calibration standards
• Spectral processing
• Alloy libraries
• Proprietary materials
• Analytical methods

Data Sharing and Reporting

The analyzer supports:

• Cloud integration
• Wireless report transfer
• USB-C export
• QR code scanning
• Barcode scanning
• Photo documentation

Included Accessories

Typical package contents include:

• SciAps Z902C+ Analyzer
• Rechargeable Battery
• External Battery Charger
• Argon Canister System
• Calibration Standards
• Carrying Case
• USB-C Accessories
• User Documentation
• Safety Glasses
• Wi-Fi Connectivity Tools

Why Choose the SciAps Z902C+?

Industry-Leading Carbon Analysis

The Z902C+ is one of the few handheld analyzers capable of highly accurate carbon measurement in industrial environments.

Portable PMI Performance

The analyzer combines laboratory-level alloy analysis with true handheld portability.

Advanced Industrial Durability

Its aerospace-grade aluminum construction improves reliability in harsh industrial conditions.

High-Speed Alloy Verification

Rapid analysis improves productivity for PMI, welding inspection, and recycling operations.

Flexible Multi-Alloy Analysis

The analyzer supports a wide range of alloy families and customizable calibrations.