NWSPEC
LIBS-CARBON-1064 | Handheld Carbon Analyzer for Metals & Alloys
LIBS-CARBON-1064 | Handheld Carbon Analyzer for Metals & Alloys
LIBS-CARBON-1064 LIBS · CARBON · FIELD — Handheld Carbon Analyzer for Metals
LIBS-CARBON-1064 is a handheld Laser-Induced Breakdown Spectroscopy (LIBS) analyzer designed for instant carbon testing and alloy grade identification. Measure carbon in solid metals directly at the point of inspection, with results in approximately 1 second and no sample preparation.
Why carbon analysis matters: Carbon content is a critical factor in distinguishing carbon steel, low-alloy steel, stainless steel and other metal grades. Unlike conventional XRF analyzers, LIBS directly detects carbon and other light elements such as nitrogen, oxygen, lithium, beryllium and boron.
Direct Carbon Testing in the Field
Verify carbon steel and alloy grades directly on solid surfaces. Contact the probe, trigger the analysis and receive an immediate result. LIBS-CARBON-1064 supports rapid material verification across 400+ alloy grades and 13 matrix alloy families without laboratory transport, acid digestion or X-ray radiation.
Carbon Analysis Highlights
- Primary Measurement: Direct carbon detection in solid metal and alloy samples
- Light Elements: Detects C, N, O, Li, Be, B and other light elements
- Analysis Speed: Approximately 1 second for rapid screening; 9 seconds for high-precision analysis
- Detection Limit: 0.05%, element-dependent
- Sample Preparation: None for direct testing of flat solid surfaces
- Alloy Library: 13 matrix alloys and 400+ alloy grades
- Radiation: Zero X-ray radiation; laser-based analysis
- Weight: 2.5 kg including battery and argon capsule
- Protection: IP54 dust and water protection
LIBS Carbon Analysis vs. XRF
| Capability | LIBS-CARBON-1064 | Conventional XRF |
|---|---|---|
| Carbon Detection | ✓ Direct carbon measurement | Limited or unavailable for carbon |
| Light Elements | ✓ C, N, O, Li, Be, B | Limited detection capability |
| Analysis Method | Laser-Induced Breakdown Spectroscopy | X-ray fluorescence |
| Sample Preparation | None for solid samples | Surface preparation may be required |
| Time to Result | 1 second rapid analysis | Typically longer measurement time |
| Radiation Safety | No X-ray radiation | Radiation safety controls required |
| Grade Identification | 400+ alloy grades | Dependent on available alloy library |
| Field Operation | Handheld, on-site analysis | Portable field operation available |
Carbon Analysis Applications
LIBS-CARBON-1064 Technical Features
Direct Carbon Measurement
- Carbon detection: Measures carbon directly in solid metal and alloy samples
- Light-element capability: Detects C, N, O, Li, Be and B that conventional XRF may not measure
- Rapid grade verification: Approximately 1-second analysis for fast material screening
- High-precision mode: 9-second measurement mode for improved analytical precision
- Element-dependent detection limit: Down to 0.05% according to the brochure specifications
Laser-Based LIBS Technology
- Technology: Laser-Induced Breakdown Spectroscopy (LIBS)
- Pulsed laser: Thermoelectrically cooled laser system
- Spectral range: 160–430 nm using a dual-spectrometer configuration
- Spectral resolution: 0.1 nm from 160–235 nm and 0.2 nm from 230–430 nm
- Atmosphere: Argon or air operation, with argon purge included
Portable Industrial Design
- Weight: 2.5 kg including battery and argon capsule
- Working distance: Contact probe for flat-surface analysis
- Viewing window: UV-grade fused silica flat window
- Display: Sunlight-readable color touchscreen
- Ingress protection: IP54-rated protection against dust and water exposure
- Data export: USB connection with PDF and Excel report output
LIBS-CARBON-1064 Technical Specifications
| Parameter | Specification | Parameter | Specification |
|---|---|---|---|
| Technology | Laser-Induced Breakdown Spectroscopy (LIBS) | Laser | Pulsed laser, thermoelectrically cooled |
| Spectral Range | 160–430 nm, dual spectrometer | Resolution | 0.1 nm / 0.2 nm |
| Detection Limit | 0.05%, element-dependent | Analysis Time | 1s rapid / 9s high precision |
| Working Distance | Contact probe, flat surface | View Window | UV-grade fused silica flat window |
| Matrix Library | 13 matrix alloys, 400+ grades | Calibrated Matrices | Al, Cu, Fe, Ni, Ti, Mg, Pb, Sn, Zn and more |
| Carbon Detection | C detected directly | Light Elements | C, N, O, Li, Be, B |
| Atmosphere | Argon / air, argon purge included | Display | Color touchscreen, sunlight-readable |
| Data Export | USB, PDF / Excel reports | Ingress Protection | IP54 |
| Weight | 2.5 kg with battery and argon capsule | Radiation | No X-ray radiation |
Carbon and Alloy Testing Workflow
Simple Three-Step Analysis
- 1. Position: Place the contact probe against a clean, flat solid-metal surface
- 2. Measure: Activate the pulsed laser and analyze the generated plasma emission
- 3. Verify: Review carbon content, elemental composition and alloy grade on the touchscreen
Configure Your LIBS-CARBON-1064
Direct carbon measurement and rapid alloy identification for field, factory and industrial quality control.
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Frequently Asked Questions
How can I contact you?
Feel free to call us T+86 189-6516-4839
or email sales@nwspec.com to:
• Place an order
• Ask for a quote
• Or if you have any other questions
You will always get a live person here at NWSPEC; never an automated system!
We are open from 6:00AM - 7:00PM Eastern Time, Monday - Friday.
Where can I find application notes?
If you have any questions regarding the application notes, or can't find the one you are looking for, please contact Sales at sales@nwspec.com
Do you have instructional manuals for your instruments to download?
Yes, we have instructional manuals for our instruments. They can be found on https://nwspec.com/pages/resource .
If you don't see the one you are looking for, please contact: sales@nwspec.com