The Litesizer DIA Series, a dynamic image analyzer, allows users to rapidly and consistently assess particle size and form by analyzing their direct images.
Switch seamlessly between three modules (using dispersion liquid, compressed air, or free-fall) for optimal sample dispersion in a single step. Automated features like feed rate adjustment and liquid rinsing make operation easy, enabling accurate measurements with minimal training.
That’s particle analysis at the press of a button, with the power of a dynamic image analyzer.
Litesizer DIA 700
Image Credit: Anton Paar GmbH
- Automate tasks to save up time for vital work
- Compatible with: Liquid Flow, Dry Jet, and Free Fall units
- Triple magnification ensures the highest measuring precision
- Analyze samples ranging from 0.5 µm to 16,000 µm using single particle resolution
- Streamline productivity with the user-friendly Kalliope software
Litesizer DIA 500
- Dual magnification enables diverse sample measurement
- Analyze samples ranging from 0.8 µm to 16,000 µm using single particle resolution
- Automate tasks to save up time for essential work
- Compatible with: Liquid Flow, Dry Jet, and Free Fall units
- Simplify productivity with the user-friendly Kalliope software
Litesizer DIA 100
- Optimize productivity with the user-friendly Kalliope software
- Automate tasks to save up time for vital work
- Compatible with: Liquid Flow, Dry Jet, and Free Fall units
- Single magnification for effective sample measurement
- Analyze 10 µm to 16,000 µm samples with single particle resolution
Litesizer DIA 100 & 700: Dynamic Image Analyzers for R&D and QC | Anton Paar
Video Credit: Anton Paar GmbH
Litesizer DIA 500: Dynamic Image Analyzer for R&D and QC | Anton Paar
Video Credit: Anton Paar GmbH
Key Features
Get Particle Size and Shape in One Measurement
Image Credit: Anton Paar GmbH
Particle sizes between 0.5 µm and 16,000 µm could be precisely measured, and in huge samples, single outlier particles can be found. Make use of a liquid dispersion range of up to 2,500 µm, which leads the market. To learn more about how particle size measurement could enhance the operations, use quick, secure, and dynamic image analysis instead of traditional sieve analysis.
Optimize Measurements with Kalliope Software
Measurements can be taken with just three simple clicks.
The dynamic image analyzer allows users to examine particle size, shape, and images in a single digital space. Kalliope's robust features make it easy to filter particles by specific size and shape. From the Kalliope particle analysis software platform, manage every Anton Paar particle-sizing device.
Prioritize Operator Safety
Image Credit: Anton Paar GmbH
To safeguard the operator, the Litesizer DIA dynamic image analyzer features several safety measures. Keep oneself safe by using a cover that stops hazardous samples from spreading. Before sonication, use liquid-level detection to prevent overheating. Use automated suction checks to make sure dangerous samples are contained. Adheres to applicable safety regulations, such as ISO 12100:2011 and EN 61010:2010.
Three Dispersion Units in One Dynamic Image Analyzer
Image Credit: Anton Paar GmbH
Liquid Flow (liquid dispersion), Dry Jet (compressed air), and Free Fall (gravitational fall) dispersion devices are used to measure samples. With the Quick-Click function, users can quickly and simply switch between units, providing unparalleled versatility in a dynamic image analyzer and eliminating the inconvenience of cables and tubes.
Save Time with Automation
Automate filling, draining, and rinsing procedures to free up time for other essential tasks and optimize sample feeding rates.
Improve data quality and expedite analysis by using particle auto-filtering.
Specifications
Source: Anton Paar GmbH
| Feature |
Litesizer DIA 700 |
Litesizer DIA 500 |
Litesizer DIA 100 |
| Measurement Principle |
Dynamic Image Analysis |
| Measurement Ranges (Liquid Flow) |
0.5 μm to 2,500 μm |
0.8 μm to 2,500 μm |
10 μm to 2,500 μm |
| Measurement Ranges (Dry Jet) |
0.5 μm to 5,000 μm |
0.8 μm to 5,000 μm |
10 μm to 5,000 μm |
| Measurement Ranges (Free Fall) |
0.5 μm to 16,000 μm (restrictions apply for particles >8,000 μm) |
0.8 μm to 16,000 μm (restrictions apply for particles >8,000 μm) |
10 μm to 16,000 μm (restrictions apply for particles >8,000 μm) |
| Camera |
5 Mpix (2,448 pixels x
2,048 pixels) / 0.5 μm
per pixel |
5 Mpix (2,448 pixels x
2,048 pixels) / 0.8 μm
per pixel |
5 Mpix (2,448 pixels x
2,048 pixels) / 10 μm
per pixel |
| Data Collection Rate |
220 fps/camera at 5 Mpix |
144 fps/camera at 5 Mpix |
20 fps/camera at 5 Mpix |
| Magnification |
0.3x, 1x and 6x |
0.3x and 4x |
0.3x |
| Optical Features |
Automatic switch between objectives
Automatic merge of size ranges
All magnifications are included in the standard configuration |
- |
| Data Transfer |
1x 10 Gigabit Ethernet, 1x USB-A 3.0 |
Measurement
Output |
Number-, surface-, and volume-weighted results
Size descriptors (ISO 9276-compliant): Minimum and maximum Feret diameters, projected area equivalent diameter, length, geodesic length and thickness (e.g., for fibers), minimum and maximum axes of the Legendre ellipse
Shape descriptors (ISO 9276-compliant): aspect ratio, ellipse ratio, irregularity, elongation or eccentricity, circularity, form factor, compactness, extent or bulkiness, solidity, convexity
Image parameters: sharpness and contrast |
Instrument
Data |
Dimensions: 400 mm x 790 mm x 290 mm (H x W x D) *
Weight: 41 kg (90 lb) *
Power supply: 100 V to 240 V ±10 %, 50/60 Hz
Compressed air supply: 5 bar - 10 bar (72 psi to 145 psi)
Water supply: max. 8 bar (116 psi) |
| Compatible Dispersion Units |
Liquid Flow: Dispersion using a liquid carrier, mixing, and ultrasonication
Dry Jet: Dispersion via compressed air
Free Fall: Dispersion via gravitational fall |
| Exchange of the Dispersion Unit |
Less than 10 seconds via Quick Click |
| Automation |
Automatic adjustment of the image acquisition rate |
| Accessories |
Calibration tool
Pre-configured PC |