LIBS-JELA ALUMINUM ALLOY VERSION
JELA LIBS uses high-power nanosecond laser technology to complete full element analysis of aluminum alloys within 2 seconds with an accuracy of 0.01%.
JELA LIBS provides a convenient and direct way to identify and analyze almost all key elements in recycled aluminum, effectively improving the quality control level of recycled aluminum and promoting the efficient development of the circular economy. By accurately identifying impurities, LIBS technology optimizes the composition ratio of recycled aluminum, reduces production costs, and reduces environmental pollution.
- DATASHEET
- Scope of delivery
| Laser Technology | DPSS Passive Q-switched Laser |
| Laser Safety | Class 3B, 1064nm |
| Spectral parameters | <0.2nm resolution, 250~415nm Spectral range |
| Alloy Base | Alminum alloy |
| Measureable elements | Al Be Bi Cu Cr Fe Mg Mn Ni Si Ti Zn, etc. |
| Sample shape | Block, thin sheet ~ 0.1mm), arc and other special-shaped surfaces |
| Lower detection limit | 0.01~0.1% |
| Battery | 14.8V, 3250mAh |
| IP grade | IP54 |
| WIFI | IEEE 802.11b/g/n 2.4GHz |
| Bluetooth version | Bluetooth 4.0 (BR+EDR+BLE) |
| Display | 4.0-inch touch resistive screen, 320*480 resolution |
| Memory | 8Gb standard, expandable to 16Gb |
| Dimension (L*W*H) | 227*86*234 mm |
| Weight | 2.75 pounds (1.25 Kg) including battery |
Main Unit *1
Portable Bluetooth printer *1
Silicone protective cover for the body *1
Leather protective cover (heat preservation) *1
Desktop metal bracket *1
Special test tooling for bending samples *1
Special tooling for welding rod testing *1
Safety rope *1
Case box *1
For the 6063/T6 alloy commonly used in heat sink fins, the instrument can accurately detect the distribution ratio of magnesium-silicon strengthening phases. After a laptop computer factory introduced it, the consistency of material batches increased by 47%, and the fluctuation of heat sink thermal resistance narrowed from ±8% to ±3%.
For the 7000 series aviation aluminum of the notebook shell, the equipment can quickly identify the content gradient of zinc-copper precipitation phases to ensure the golden ratio of material strength and lightweight.
In the CNC processing and anodizing process, the Star Sail spectrometer detects the sodium element in the cutting fluid residue online. When the sodium content exceeds 0.05%, the system automatically triggers the optimization of process parameters, which increases the salt spray resistance time of the oxide film of a certain manufacturer from 240 hours to 600 hours. In response to the detection needs of high-purity aluminum (≥99.996%), the equipment can identify 10 trace elements, helping companies break through the material application barriers in the aerospace field.
