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1076 Laser Particle Size Analyzer

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The 1076 laser particle size distribution analyzer system is a high-tech product integrating optics, mechanics, electricity, and computers. It uses imported semiconductor lasers with long lifespan and good monochromaticity; good mechanical design and processing technology and microelectronic integrated circuit technology, a high-sensitivity photocell receiving system, using Mie theory throughout as a basis, combined with excellent calculation methods, makes the test data more precise and faster.

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  • 产品描述
    • Commodity name: 1076 Laser Particle Size Analyzer

    The 1076 laser particle size distribution analyzer system is a high-tech product integrating optics, mechanics, electricity, and computers. It uses imported semiconductor lasers with long lifespan and good monochromaticity; good mechanical design and processing technology and microelectronic integrated circuit technology, a high-sensitivity photocell receiving system, using Mie theory throughout as a basis, combined with excellent calculation methods, makes the test data more precise and faster.

    Model 1076 Laser Particle Size Analyzer

    The Model 1076 Laser Particle Size Analyzer is a high-tech product integrating optics, mechanics, electronics, and computers. It uses imported semiconductor lasers with long lifespan and good monochromaticity; superior mechanical design and processing technology, microelectronic integrated circuit technology, a high-sensitivity photocell receiving system, and the Mie theory as the basis, combined with excellent calculation methods, make the test data more accurate and faster.

    Main Technical Parameters:

    • Test Range: 0.1μm~500μm;

    • Light Source: Semiconductor laser (wavelength 635 nm, power 3mW, cumulative service life over 25000 hours);

    • Test Method: Wet method testing;

    • Repeatability Error: Better than 1% (D50 mean square deviation of national standard samples);

    • Accuracy Error: Better than 1% (D50 mean square deviation of national standard samples);

    • Number of Independent Photoelectric Detection Units: 76;

    • Sample Concentration: 0.5‰~1% (related to the specific gravity, particle size, and refractive index of the sample);

    • Test Time: Less than 1 minute/time, excluding sample dispersion time;

    • Scanning Speed: 2000 times/second;

    • Power Supply: AC 220V±10% 50Hz or 60Hz, Power: 80W;

    • Environmental Requirements: Temperature: 5℃~35℃; Humidity: <85%;

    • Microcomputer Interface: Standard RS-232 serial interface;

    • Operating System: Can run under Windows 95 and above operating systems;

     

    Application Fields: Can be used to test the particle size distribution of various solid powders or emulsions. For example:

    • Various metal powders: such as aluminum powder, zirconium powder, nickel powder, tungsten powder, tin powder, zinc powder, molybdenum powder, magnesium powder, copper powder, and other rare metal powders, alloy powders, or metal oxide powders such as aluminum oxide, zirconium oxide, nickel oxide (excluding magnetic powders), etc.

    • Various non-metal powders: such as limestone powder, kaolin, calcium carbonate, coal powder, fluorescent powder, brucite, calcite, wollastonite, tourmaline, diamond, barite, fluorite, zeolite, boron carbide, clay, graphite, quartz, gypsum, bentonite, diatomite, zirconium silicate, corundum, mica, clay, titanium dioxide, bauxite powder, etc.

    • Various other powders in scientific research, processing, and application fields: such as soil, dyes, sulfur, explosives, Western medicine, Chinese medicine, pesticides, abrasives, coatings, food additives, catalysts, cement, river sediment, oil droplets, bubbles, emulsions, and other solid or liquid particles related to particles.

    Basic Characteristics:

    (1) Circulation Sampler (Optional Accessory)
    The circulation sampler has built-in ultrasonic, circulation, stirring, and ultrasonic timing functions. The circulation system uses a peristaltic pump, which will not cause any pollution to the sample, ensuring the accuracy of the test data. The Model 1076 laser particle size analyzer has two sample injection methods: a micro-sample cell and a circulation sample cell. The micro-sample cell is specially designed for samples that need to use organic solvents as a medium; the circulation sample cell is usually used for testing samples with water as a medium, and these two sample injection methods do not need to be changed, making them very convenient.

    (2) Powerful Software System

    The Model 1076 laser particle size distribution system is a high-tech product integrating optics, mechanics, electronics, and computers. Data processing is completed by the computer analysis system software, and the test report is output by the printer.

    • *Optical Path Integration Technology*

    Optimized inverse Fourier optical transform design, combined with *optical path integration structure, makes the optical path more stable, and no adjustment is required for long-term use; good mechanical design and processing technology make the instrument structure more compact and reasonable; streamlined design, beautiful and generous, easier to use and maintain; effective shielding and anti-interference technology make the electrical performance of the instrument more stable.

    • High-Sensitivity, Wide-Angle Photoelectric Receiver Array

    *Photoelectric receiver array design effectively improves the resolution of the instrument. The main photoelectric receiver has a total of 71 photocells, with a large detection angle of 21.5º; the non-uniformly cross-arranged lateral photoelectric receivers have 5 photocells, among which the large lateral angle reaches 70º.*

    • Durable

    Using a 635nm wavelength, 3mW semiconductor laser, with a service life of over 25000 hours, effectively improves the use and storage time of the laser particle size analyzer.

    • Excellent H. Golub Distribution Inversion Algorithm

    The laser particle size testing system uses the full Mie scattering theory as the basis and adopts the excellent H. Golub distribution inversion algorithm, combined with *instrument hardware design, so that whether your tested sample is a single distribution or a mixed distribution, the test data can be more accurate and faster.

    • Flexible Output Result Format

    The output format of the report form is flexible and can be edited according to the user's needs, including cumulative particle size distribution data and curves, interval particle size distribution data and histograms, and various typical particle size values.

    • Complies with Standard ISO13320-1

    In order to meet the user's requirements for the traceability of the accuracy and repeatability of the test results, the HYL series laser particle size analyzers comply with the ISO13320-1 standard. Each laser particle size analyzer is strictly inspected with national standard substances, and all indicators must pass before they can be put on the market.

    Configuration:

    Serial Number

    Instrument and Accessory Name

    Model or Specification

    Quantity

    1

    Laser Particle Size Analyzer

    1076

    1

    2

    Ultrasonic Disperser

    60

    1

    3

    Testing Software

    1076

    2 sets

    4

    User Manual

     

    2 copies

    5

    Spare parts

    Power cord

    250V10A

    1 piece

    Signal cable

    RS-232

    1 piece

    Electric stirrer

     

    1 piece

    Liquid stirring paddle

    Stainless steel

    2 pieces

    Microsample cell

    48*10*65mm

    3 pieces

    Circulating sample cell

    28*6*38mm

    3 pieces

    Silicone tube

    30cm

    10 pieces

    Inlet and outlet pipes

     

    1 each

    Cotton swabs

     

    3 packs

    Sampling spoon

     

    3 pieces

    Liquid sampler

    10ml

    5 pieces

    Fuse tube

    5*20mm, 1A

    5 pieces

    Multi-function power strip

     

    1 piece

    Paper towels

     

    1 box

    6

    Circulating sampling system

    300

    1

    7

    Lenovo desktop computer (can be provided by the purchaser)

     

    1

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1076 Laser Particle Size Analyzer


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The 1076 laser particle size distribution analyzer system is a high-tech product integrating optics, mechanics, electricity, and computers. It uses imported semiconductor lasers with long lifespan and good monochromaticity; good mechanical design and processing technology and microelectronic integrated circuit technology, a high-sensitivity photocell receiving system, using Mie theory throughout as a basis, combined with excellent calculation methods, makes the test data more precise and faster.


You can send us an email:xtyqyb@163.com

+86 13007446928

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Product Details

Model 1076 Laser Particle Size Analyzer

The Model 1076 Laser Particle Size Analyzer is a high-tech product integrating optics, mechanics, electronics, and computers. It uses imported semiconductor lasers with long lifespan and good monochromaticity; superior mechanical design and processing technology, microelectronic integrated circuit technology, a high-sensitivity photocell receiving system, and the Mie theory as the basis, combined with excellent calculation methods, make the test data more accurate and faster.

Main Technical Parameters:

  • Test Range: 0.1μm~500μm;

  • Light Source: Semiconductor laser (wavelength 635 nm, power 3mW, cumulative service life over 25000 hours);

  • Test Method: Wet method testing;

  • Repeatability Error: Better than 1% (D50 mean square deviation of national standard samples);

  • Accuracy Error: Better than 1% (D50 mean square deviation of national standard samples);

  • Number of Independent Photoelectric Detection Units: 76;

  • Sample Concentration: 0.5‰~1% (related to the specific gravity, particle size, and refractive index of the sample);

  • Test Time: Less than 1 minute/time, excluding sample dispersion time;

  • Scanning Speed: 2000 times/second;

  • Power Supply: AC 220V±10% 50Hz or 60Hz, Power: 80W;

  • Environmental Requirements: Temperature: 5℃~35℃; Humidity: <85%;

  • Microcomputer Interface: Standard RS-232 serial interface;

  • Operating System: Can run under Windows 95 and above operating systems;

 

Application Fields: Can be used to test the particle size distribution of various solid powders or emulsions. For example:

  • Various metal powders: such as aluminum powder, zirconium powder, nickel powder, tungsten powder, tin powder, zinc powder, molybdenum powder, magnesium powder, copper powder, and other rare metal powders, alloy powders, or metal oxide powders such as aluminum oxide, zirconium oxide, nickel oxide (excluding magnetic powders), etc.

  • Various non-metal powders: such as limestone powder, kaolin, calcium carbonate, coal powder, fluorescent powder, brucite, calcite, wollastonite, tourmaline, diamond, barite, fluorite, zeolite, boron carbide, clay, graphite, quartz, gypsum, bentonite, diatomite, zirconium silicate, corundum, mica, clay, titanium dioxide, bauxite powder, etc.

  • Various other powders in scientific research, processing, and application fields: such as soil, dyes, sulfur, explosives, Western medicine, Chinese medicine, pesticides, abrasives, coatings, food additives, catalysts, cement, river sediment, oil droplets, bubbles, emulsions, and other solid or liquid particles related to particles.

Basic Characteristics:

(1) Circulation Sampler (Optional Accessory)
The circulation sampler has built-in ultrasonic, circulation, stirring, and ultrasonic timing functions. The circulation system uses a peristaltic pump, which will not cause any pollution to the sample, ensuring the accuracy of the test data. The Model 1076 laser particle size analyzer has two sample injection methods: a micro-sample cell and a circulation sample cell. The micro-sample cell is specially designed for samples that need to use organic solvents as a medium; the circulation sample cell is usually used for testing samples with water as a medium, and these two sample injection methods do not need to be changed, making them very convenient.

(2) Powerful Software System

The Model 1076 laser particle size distribution system is a high-tech product integrating optics, mechanics, electronics, and computers. Data processing is completed by the computer analysis system software, and the test report is output by the printer.

  • *Optical Path Integration Technology*

Optimized inverse Fourier optical transform design, combined with *optical path integration structure, makes the optical path more stable, and no adjustment is required for long-term use; good mechanical design and processing technology make the instrument structure more compact and reasonable; streamlined design, beautiful and generous, easier to use and maintain; effective shielding and anti-interference technology make the electrical performance of the instrument more stable.

  • High-Sensitivity, Wide-Angle Photoelectric Receiver Array

*Photoelectric receiver array design effectively improves the resolution of the instrument. The main photoelectric receiver has a total of 71 photocells, with a large detection angle of 21.5º; the non-uniformly cross-arranged lateral photoelectric receivers have 5 photocells, among which the large lateral angle reaches 70º.*

  • Durable

Using a 635nm wavelength, 3mW semiconductor laser, with a service life of over 25000 hours, effectively improves the use and storage time of the laser particle size analyzer.

  • Excellent H. Golub Distribution Inversion Algorithm

The laser particle size testing system uses the full Mie scattering theory as the basis and adopts the excellent H. Golub distribution inversion algorithm, combined with *instrument hardware design, so that whether your tested sample is a single distribution or a mixed distribution, the test data can be more accurate and faster.

  • Flexible Output Result Format

The output format of the report form is flexible and can be edited according to the user's needs, including cumulative particle size distribution data and curves, interval particle size distribution data and histograms, and various typical particle size values.

  • Complies with Standard ISO13320-1

In order to meet the user's requirements for the traceability of the accuracy and repeatability of the test results, the HYL series laser particle size analyzers comply with the ISO13320-1 standard. Each laser particle size analyzer is strictly inspected with national standard substances, and all indicators must pass before they can be put on the market.

Configuration:

Serial Number

Instrument and Accessory Name

Model or Specification

Quantity

1

Laser Particle Size Analyzer

1076

1

2

Ultrasonic Disperser

60

1

3

Testing Software

1076

2 sets

4

User Manual

 

2 copies

5

Spare parts

Power cord

250V10A

1 piece

Signal cable

RS-232

1 piece

Electric stirrer

 

1 piece

Liquid stirring paddle

Stainless steel

2 pieces

Microsample cell

48*10*65mm

3 pieces

Circulating sample cell

28*6*38mm

3 pieces

Silicone tube

30cm

10 pieces

Inlet and outlet pipes

 

1 each

Cotton swabs

 

3 packs

Sampling spoon

 

3 pieces

Liquid sampler

10ml

5 pieces

Fuse tube

5*20mm, 1A

5 pieces

Multi-function power strip

 

1 piece

Paper towels

 

1 box

6

Circulating sampling system

300

1

7

Lenovo desktop computer (can be provided by the purchaser)

 

1

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