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LAP-S800 spray full-automatic laser particle size analyzer
Our company takes it as our responsibility to create domestically stable laser particle size instruments, with the policy of creating brands through t
Product details
Our company takes it as our responsibility to create domestically stable laser particle size instruments, with the policy of creating brands through technology, entering the market through quality, and winning the world through reputation. We are committed to creating ultra stable and cost-effective domestically produced laser particle size instruments.
LAP-S800 adopts a split design, which has a wider range of applications. The LAP-S800 has more stable performance, larger range, and can adapt to various complex testing environments. At the same time, it has undergone dust-proof treatment.
LAP-S800Main performance characteristics of spray laser particle size analyzer:
LAP-S800 adopts a split structure, which can test long-distance samples, The LAP-S800 adopts a large platform, which can meet normal testing at a distance of 0.1 to 10 meters even when used as a whole.
Advanced optical path design:
The LAP-S800 adopts the Fraunhofer diffraction principle and a typical parallel optical path design, equipped with a high-power semiconductor laser; The unique high-density detection unit endows LAP-S800 with super strong small particle testing capability, seamlessly testing within the range of 0.1 μ m to 800 μ m. At the same time, LAP-S800 has also added an automatic optical path adjustment device, which is convenient to operate and extends the service life of the instrument.
High power semiconductor laser:
The LAP-S800 uses a high-power semiconductor laser to enhance the instrument's resolution, leaving even small particles with nowhere to hide.
Automatic calibration of optical path:
LAP-S800 adds the automatic centering function to the spray particle size analyzer, and the automatic adjustment system of light path added to LAP-S800 ensures the stability and accuracy of the instrument measurement. At the same time, it significantly reduces the workload of operators.
Imported lenses:
The LAP-S800 adopts Canon from Japan as the main lens, with low distortion and high imaging. The receiving end uses a large-diameter telephoto lens with a diameter of 150mm, which provides more accurate particle detection.
Ultra wide range:
The LAP-S800 has a range of 0.1 μ m to 800 μ m.
Auxiliary light positioning:
LAP-S800 has innovatively added auxiliary light positioning function. During positioning, two laser beams are emitted simultaneously from the transmitting end, and after the double point matching of the receiving end, the receiving end can start the automatic adjustment system of the optical path, greatly simplifying the difficulty of adjustment.
Powerful analysis software:
Powerful analysis software can record the particle size distribution of all droplets inside all laser beams at any time. The test results of moving spray in the laser beam can be continuously recorded and statistically analyzed.
LAP-S800
Main technical parameters:
Test report:
LAP-S800 adopts a split design, which has a wider range of applications. The LAP-S800 has more stable performance, larger range, and can adapt to various complex testing environments. At the same time, it has undergone dust-proof treatment.
LAP-S800Main performance characteristics of spray laser particle size analyzer:
LAP-S800 adopts a split structure, which can test long-distance samples, The LAP-S800 adopts a large platform, which can meet normal testing at a distance of 0.1 to 10 meters even when used as a whole.
Advanced optical path design:
The LAP-S800 adopts the Fraunhofer diffraction principle and a typical parallel optical path design, equipped with a high-power semiconductor laser; The unique high-density detection unit endows LAP-S800 with super strong small particle testing capability, seamlessly testing within the range of 0.1 μ m to 800 μ m. At the same time, LAP-S800 has also added an automatic optical path adjustment device, which is convenient to operate and extends the service life of the instrument.
High power semiconductor laser:
The LAP-S800 uses a high-power semiconductor laser to enhance the instrument's resolution, leaving even small particles with nowhere to hide.
Automatic calibration of optical path:
LAP-S800 adds the automatic centering function to the spray particle size analyzer, and the automatic adjustment system of light path added to LAP-S800 ensures the stability and accuracy of the instrument measurement. At the same time, it significantly reduces the workload of operators.
Imported lenses:
The LAP-S800 adopts Canon from Japan as the main lens, with low distortion and high imaging. The receiving end uses a large-diameter telephoto lens with a diameter of 150mm, which provides more accurate particle detection.
Ultra wide range:
The LAP-S800 has a range of 0.1 μ m to 800 μ m.
Auxiliary light positioning:
LAP-S800 has innovatively added auxiliary light positioning function. During positioning, two laser beams are emitted simultaneously from the transmitting end, and after the double point matching of the receiving end, the receiving end can start the automatic adjustment system of the optical path, greatly simplifying the difficulty of adjustment.
Powerful analysis software:
Powerful analysis software can record the particle size distribution of all droplets inside all laser beams at any time. The test results of moving spray in the laser beam can be continuously recorded and statistically analyzed.
LAP-S800
Main technical parameters:
| Specification and model | LAP-S800 | |
| Execution standards | ISO 13320-1:1999； GB/T19077.1-2008 | |
| Range | 0.1μm-800μm | |
| Number of detector channels | 66 | |
| Accuracy Error | <1% (D50 value of national standard sample) | |
| Repeatability error | <1% (D50 value of national standard sample) | |
| Injection method | Open sampling | |
| Instrument structure | Split rail type (rail standard length of 3 meters, can be extended according to needs) | |
| sampling frequency | 4khz | |
| Laser parameters | Imported fiber output high-power laser with λ=650nm, adjustable power from 1-40mw | |
| key parameter | Measurement area | 0.1-3 meters standard, can be extended according to needs |
| lens | Canon high-performance lens | |
| Camera protection | Air curtain protection | |
| Injection method | Spray (including mist droplets and solid powder) | |
| automatic centering | The instrument automatically adjusts the optical path, and the computer software completes it with one click. | |
| MODE | computer operation | |
| test speed | <1min/time | |
| weight | 25Kg | |
| FUNCTION | |
| test report | The test report can be exported to Word Excel、 Various forms of documents, such as images (Bmp) and text (Text), are available for viewing test reports and referencing test results in scientific articles in any situation |
| DIY on your own | User defined data to be displayed, calculated as percentages based on particle size, particle size based on percentages, or based on |
| Statistical method | Volume distribution and quantity distribution to meet different statistical methods for particle size distribution in different industries |
| Statistics Comparison | Statistical comparative analysis can be conducted on multiple test results, which can significantly compare the differences in test results between different batches of samples, samples before and after processing, and test results at different times. This has strong practical significance for industrial raw material quality control |
| Analysis | Including free distribution, R-R distribution, lognormal distribution, and hierarchical statistical models, it meets the different requirements of different industries for the statistical methods of particle size of the tested samples |
| Display Template | Calculate the percentage of particle size range to meet the characterization requirements of different industries for particle size testing. Distance, consistency, interval accumulation, etc |
| Intelligent operation mode | Truly automatic unmanned intervention operation, without human interference, you only need to follow the prompts to add the test sample, and the repeatability of the test results is better. |
| Multi-Language Support | Chinese and English language interfaces are supported, and other language interfaces can also be embedded according to user requirements. |
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