Position: Home > > Physical property test > Granule/powder analysis instrument > Laser particle size analyzer > Bettersize2000E laser particle size analyzer

Bettersize2000E laser particle size analyzer

Product ID:WLjg061

Price: Please inquire PDF Format
Supply Ability:60 SETS/MON
Port:SHENZHEN
share:
  • Product Introduction
  • Consulting
  • Model NumberBettersize2000E
    Brand NameDANDONGBAITE
    Payment TermsT/T, paypal
    Bettersize2000E laser particle size analyzer
    Introduction
    Bettersize2000E is a simplified version of the Bettersize2000 laser particle size analyzer. By appropriately lowering the cost of the higher-cost dual-lens optical system, this new high-precision, wide measurement range particle size testing technology is transplanted into the economical laser particle size analyzer, realizing the price of the economical laser particle size analyzer as "economical" and "performance" uneconomic".
    Bettersize2000E laser particle size analyzer is an integrated laser particle size analyzer with dual lens technology. This optical system enables both forward and backward scattered light signals to be efficiently received, expanding the measurement range, and improving repeatability and accuracy. At the same time, the integrated structure makes the system more compact, with short pipelines, small size, light weight, and high cost performance.
    As an intelligent laser particle size analyzer, Bettersize2000E has special functions such as automatic test, automatic centering, automatic water inlet, automatic drainage, automatic bubble elimination, and automatic cleaning. Intelligence not only simplifies operation, but also reduces the impact of human factors on the test results, so that its main indicators such as range, repeatability, accuracy and resolution have reached the level prescribed by international standards. This instrument is especially suitable for small and medium powder production and application enterprises, and small and medium laboratories of universities and research institutes as a reliable particle size monitoring method for powder quality control, production process control, powder application research, and new powder material research. 
    Features
    Optical path system: Using Baxter's original dual-lens optical path system, it can accurately receive forward and backward scattered light signals, and can accurately measure nanometer to millimeter particles.
    Automatic water inlet function: The built-in water suction pump automatically sucks water into the circulation tank, which changes the design of pressure or manual water inlet, which simplifies operation, improves accuracy, and improves efficiency.
    Sample preparation system: Built-in automatic circulation, dispersion, water inlet, drainage, water level monitoring, dew point temperature measurement and other systems to ensure that the sample is fully dispersed and the test results are stable and reliable.
    Strong scalability: Bettersize2000 laser particle size analyzers are basic, economical, solvent-based, nano-type (short-wavelength light source) and hydrological-specific. 
    Technical Parameters
    Test range: 0.04-2000 μm
    Sample injection method: Built-in automatic circulation dispersion system
    Repeatability error: ≤0.5% (deviation of national standard D50)
    Accuracy error: ≤0.5% (national standard sample D50 deviation)
    Measuring principle: Mie scattering theory
    Measurement method: automatic measurement (SOP), automatic alignment
    The fastest measurement time: ≤10 seconds
    Laser light source: imported fiber semiconductor laser
    Optical path system: dual lens optical path system
    Dew point temperature measurement: Yes
    Operating system: WinXP / Win7 / Win8 / Win10
    Interface method: USB2.0 or 3.0
    Photodetectors: 90
    Ultrasonic power: 50W
    Circulating tank volume: 600ml
    Circulation flow: 3000-8000ml / min
    Product mix: A × x% + B × (1-x%) = C
    Voltage: AC220V, 50 / 60Hz
    Volume: 800 × 500 × 410mm
    Weight: 45kg

  • Introduction
    Bettersize2000E is a simplified version of the Bettersize2000 laser particle size analyzer. By appropriately lowering the cost of the higher-cost dual-lens optical system, this new high-precision, wide measurement range particle size testing technology is transplanted into the economical laser particle size analyzer, realizing the price of the economical laser particle size analyzer as "economical" and "performance" uneconomic".
    Bettersize2000E laser particle size analyzer is an integrated laser particle size analyzer with dual lens technology. This optical system enables both forward and backward scattered light signals to be efficiently received, expanding the measurement range, and improving repeatability and accuracy. At the same time, the integrated structure makes the system more compact, with short pipelines, small size, light weight, and high cost performance.
    As an intelligent laser particle size analyzer, Bettersize2000E has special functions such as automatic test, automatic centering, automatic water inlet, automatic drainage, automatic bubble elimination, and automatic cleaning. Intelligence not only simplifies operation, but also reduces the impact of human factors on the test results, so that its main indicators such as range, repeatability, accuracy and resolution have reached the level prescribed by international standards. This instrument is especially suitable for small and medium powder production and application enterprises, and small and medium laboratories of universities and research institutes as a reliable particle size monitoring method for powder quality control, production process control, powder application research, and new powder material research.
     
Products
Analytical instruments
Physical property test
Environmental monitoring and analysis
Lab general equipment
About us
About this website
Our service
Product purchase
Contact Us

Newsletter

Make Sure you dont miss interesting happenings by joining our newsletter program.

Contact Us
+86-18620722006
instruments@instrumentstrade.com