Dry wet integrated fully automatic laser particle size analyzer
First of all, thank you for your attention to the FBS6100-B wet automatic laser particle size analyzer!
FBS6100-B is the latest product developed by our company, which has won unanimous praise from customers since its launch.
FBS6100-B adopts the most advanced Mie scattering principle and converging light Fourier transform optical path internationally. The high-density probe and seamless full range connection testing method ensure the accuracy and repeatability of the test results. The unique wet circulation subsystem ensures that there is no particle deposition during the testing process and no accumulation of waste liquid after testing drainage, ensuring the accuracy of the second test and making the test results more authentic and reliable; The dry dispersion method adopts a linear jet dispersion method, where the sample is dispersed by high-pressure gas and flies vertically backwards to avoid secondary clustering of the tested particles. At the same time, a pipeline residue free design is adopted to ensure the accuracy of testing different samples. The superior optical path automatic calibration system, dry wet one key switching system, and dry computer remote control feeding system are carefully designed to showcase the unique advantages of FBS6100-B.
FBS6100-BMain performance characteristics of laser particle size analyzer:
★Advanced optical path design:FBS6100-B adopts converging light Fourier transform testing technology to ensure maximum range in the shortest focal length, effectively improving the resolution of the instrument; The unique high-density detection unit endows the 6100-B with super strong small particle testing capabilities, and the high-density detection unit uses the FBS6100-B to have super strong seamless testing capabilities across the entire range.
★Dual light path design:The 0.01 micron measurement adopts a dual optical path design, with a measurement range of 0.01 microns to 1250 microns. The auxiliary laser uses a blue light 405 nanometer laser. (Optional)
★One click switch between dry and wet:The dry wet switching will be automatically completed by the instrument, and the entire process will be completed within 10 seconds.
★Main detectorZTowards automatic movement:After switching between dry and wet conditions, the intervention of optical glass will cause a change in the focal length of the converging light. FBS6100-D will automatically adjust the main detector according to the different dry and wet conditions, so that the main detector is always on the focal plane.
★Large aperture lens:Large aperture Fourier transform lens, more effective in achieving Fourier transform of optical signals, more accurate and efficient.
★Anti dry burning ultrasound:FBS6100B has achieved waterless protection for the sample pool, avoiding damage to the ultrasound; Meanwhile, the ultrasound power can be adjusted within the range of 0 to 100 watts.
★Dustproof and shockproof design:The instrument has undergone a sealed design, significantly improving the service life of internal components. The unique suspended structure can effectively avoid the interference of external vibrations on the instrument, making the result testing more stable and reliable.
★Strong anti-corrosion design (optional):According to the actual needs of customers, it can be equipped with acid resistant, alkali resistant, oil resistant (including all solvent oils), and organic solvent resistant (such as acetone, phenol, n-hexane, and all other organic solvents).
★Imported fiber semiconductor lasers:The FBS6100-B adopts a highly stable and long-life imported high-power fiber output semiconductor laser, and its excellent monochromaticity and stability give it super strong test repeatability.
★Automatic alignment:The self-developed automatic centering system consists of a stepper motor, precision guide rail, precision controller, and software system, with a minimum step distance of 1 micron, ensuring that the laser beam focus always passes through the center point of the detector, improving the accuracy and repeatability of test results. The automatic centering system is a standard configuration for all models of Nike laser particle size analyzers.
★Unique Microcirculation System:The entire decentralized circulation system has been optimized and designed, and the dispersion medium can be tested for circulation with a volume greater than 150 milliliters, truly achieving micro circulation testing; All joints adopt a quick plug and quick twist design, which can replace all pipes in a short time; The optimized design ensures no residual waste after drainage, ensuring the accuracy of the next test results.
★Ultra wide range:The FBS6100-B has a dry range of 0.1 μ m to 1250 μ m and a wet range of 0.01 μ m to 1250 μ m.
★Bubble free design:The brand new design ensures that no bubbles enter the test sample window during the entire testing process, avoiding bubble interference.
★Sample residue free design:The instrument pipeline and drainage structure have been optimized, and there is no residual liquid in the instrument pipeline and circulation pump to avoid affecting the next test data; The dry testing also underwent a residue free design.
★Dry computer remote control feeding:During the FBS6100-B dry testing, the testing personnel can remotely control the feeding speed through a computer, greatly reducing the labor intensity of the testing personnel.
★Sample window quick change device:The newly designed sample window quick change device makes sample window replacement more convenient and efficient.
Software:Compliant with pharmacopoeia GMP regulations, it has functions such as electronic signature, permission setting, data tracking, and data immutability.
For pharmaceutical industry clients, we can provide3Qauthentication.
Main technical parameters:
Specification and model | FBS6100-B | ||
Execution standards | ISO 13320-1:1999; GB/T19077.1-2008 | ||
Range | Wet process 0.01 μ m -2000 μ m | Dry process 0.1 μ m-2000 μ m | |
Number of detector channels | Wet process 96 | Dry process 86 | |
Accuracy Error | Dry method:<1%, wet method:<1% (D50 value of national standard sample) | ||
Repeatability error | Dry method:<1%, wet method:<0.5% (D50 value of national standard sample) | ||
No need to discharge bubbles | Equipped with bubble free design, the data is more accurate without bubble interference | ||
Misoperation protection | The instrument has self-protection function against misoperation, and does not respond to misoperation | ||
Laser parameters | Imported fiber optic output high-power laser with λ=650nm and p>10mW | ||
lens | Imported Canon lenses | ||
MODE | One click fully automatic operation of dry and wet software | ||
Optical path calibration | Automatic calibration of optical path | ||
Wet dispersion method | ultrasonic | Frequency: f=40KHz, Power: p=80W, Time: adjustable at will; Equipped with ultrasonic anti dry burning feature | |
Circulation and mixing | Integrated design of circulation mixing, speed adjustable from 100-3950rpm | ||
Circulating flow rate | Rated flow rate: 0-10L/min, adjustable rated power: 25W | ||
Sample Cell | Self designed boiling sample pool with better dispersion effect, capacity: 190-600mL can be tested normally | ||
Light shielding detection | The instrument has a unique real-time detection function for light shielding, ensuring more accurate sample addition | ||
micro-injection | The instrument can be equipped with a micro automatic testing device, which can cycle testing with 10 milliliters (optional) | ||
dry process distribute |
decentralized approach | High pressure air dispersion | |
Feeding method | Mechanical stepless speed regulation vibration feeding, software control | ||
Oil free silent air compressor | Equipped with dust filtration function to ensure testing accuracy | ||
Air Dryer | Freeze dryer can filter moisture in the air to ensure dispersion effect | ||
FUNCTION | 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 | |
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 | ||
DIY Display Template | Users can customize the data to be displayed by calculating percentages based on particle size, particle size based on percentages, or percentage based on particle size ranges, in order to meet the characterization methods of particle size testing in different industries. Distance, consistency, interval accumulation, etc | ||
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 | ||
Multi-Language Support | Chinese and English language interfaces are supported, and other language interfaces can also be embedded according to user requirements. | ||
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. | ||
MODE | computer operation | ||
test speed | <1min/time (excluding sample dispersion time) |

