Description
The Rigaku KT-100S Handheld LIBS Analyzer is a next-generation portable elemental analysis device engineered for high-speed alloy verification, positive material identification, and industrial metal inspection. Combining precision X-ray fluorescence technology with a lightweight ergonomic design, the KT-100S delivers laboratory-level analytical performance directly in the field.
Rigaku KT-100S Handheld LIBS Analyzer provides on-the-spot identification of the most difficult alloys, including aluminum grades, with lower detection limits and the ability to analyze more alloys than traditional handheld identification methods. This includes upgraded precision for low alloy steels, stainless steels, as well as high temperature alloys and the added detection of lithium (Li). In addition, the KT-100S analyzer offers unique auto surface preparation with its Drill-Down™ feature and is considerably smaller and lighter than other handheld LIBS analyzers currently available.
BLADE™ Laser Ablation Architecture and Alloy Matrix Identification
- BLADE™ (Breakthrough Laser Ablation & Detection Engine) for plasma generation and light collection.
- On-axis plasma detection architecture within a compact handheld footprint.
- QuickID™ software for alloy grade identification.
- Selectable alloy matrices including aluminum, stainless steel, nickel, cobalt, copper, titanium, and low alloy steels.
Handheld Mechanical Design and Integrated Controls
The instrument incorporates an integrated color display with tilt functionality, trigger-based activation, and onboard navigation controls. A sealed safety window protects internal optical components during contact measurement on metal parts. Power is supplied by a rechargeable Li-ion battery system, and a docking station supports charging and storage. USB and power ports enable data transfer and external power connection.
Industrial Metal Alloy Verification Applications
- Scrap metal alloy sorting and classification.
- Positive material identification (PMI) of installed metal components.
- Alloy verification in fabrication and machining operations.
| SPECIFICATIONS | |
| Manufacturer | Rigaku Analytical Devices |
| Model | KT-100S |
| Analytical Technology | Laser-Induced Breakdown Spectroscopy (LIBS) |
| Laser Architecture | BLADE™ (Breakthrough Laser Ablation & Detection Engine) |
| Plasma Collection Method | On-axis plasma collection (patent-pending architecture) |
| Primary Measurement Function | Elemental composition measurement of solid metallic materials |
| Identification Function | Alloy grade identification via spectral analysis |
| Software Platform | QuickID™ alloy identification software |
| Supported Material Class | Metal alloys (ferrous and non-ferrous) |
| Selectable Alloy Matrices (Observed) | Aluminum Cast Aluminum Al-Li +2XXX Titanium Chromium Nickel Stainless Steel Cobalt Stainless Steel Low Alloy Steel Cobalt Nickel Copper |
| Typical Analysis Time | < 3 seconds (per manufacturer literature) |
| User Interface | Integrated color display with tilt screen |
| Input Controls | Trigger activation and navigation buttons |
| Imaging System | Integrated macro camera for sample imaging |
| Optical Protection | Sealed safety window for dust and debris isolation |
| Power Source | Rechargeable Li-ion battery |
| Battery Life | 10+ hours (per manufacturer literature) |
| Connectivity | USB / Power Ports |
| Radiation Source | None (laser-based LIBS system) |
| Form Factor | Handheld |
