The ANB 1.5Y Automatic Nano Balance is designed for highly accurate mass measurements, with a maximum capacity of 1 g and a readability of 10 ng. Its innovative actuator, fully automated weighing system and enclosed weighing chamber ensure repeatable measurement cycles and stable measurement conditions, making it suitable for applications in environmental monitoring, analytical chemistry, biotechnology and nanotechnology.

A Nanostructure Designed for Maximum Repeatability

Fully automated weighing system ensuring repeatable measurement cycles with minimal operator intervention.
Elimination of eccentricity errors through automated and reproducible positioning of the test sample on the balance weighing pan.
Stable measurement conditions provided by a fully enclosed weighing chamber, minimising the influence of environmental disturbances.
Consistent time intervals between successive sample placements, ensuring repeatable measurement conditions and improved comparability of results.
Elimination of air currents within the weighing chamber during the measurement process.

Intelligent Software for Measurement Automation

The balance is equipped with dedicated software that enables a series of mass measurements to be performed automatically, followed by the averaging of results based on a user-defined number of measurement cycles. This solution facilitates the assessment of measurement repeatability, reduces the need for manual data analysis and streamlines day-to-day laboratory work.

Examples of Applications

1. Environmental pollution monitoring

Investigation of mass changes in small dust samples
Analysis of deposits on filters
Investigation of trace contaminants and residues
Measurement of mass changes in samples due to humidity
Investigation of contaminant uptake processes by materials.

2. Analytical chemistry and trace analysis

Investigation of small amounts of deposits and residues
Measurement of mass changes in samples during chemical reactions
Analysis of residues after solvent evaporation
Investigation of sorption and desorption processes
Mass control of small reference samples.

3. Biotechnology and microbiology

Investigation of mass changes in small biological samples
Analysis of moisture sorption by biological materials
Investigation of residues after drying processes
Determination of mass changes in biological materials under controlled conditions.

4. Nanotechnology and materials engineering

Investigation of mass gain following the deposition of thin coatings
Analysis of changes in material mass after surface treatment
Investigation of moisture sorption and desorption
Analysis of substance adsorption processes on surfaces.

Datasheet

Maximum capacity [Max]	1 g
Readability [d]	10 ng
Tare range	-1 g
Standard repeatability [Max]	60 ng
Standard repeatability [5% Max]	30 ng
Permissible repeatability	100 ng
Linearity	±0,8 µg
Eccentricity (tested load)	0 µg
Electric compensation range	0 – 1 g
Sensitivity time drift	1×10⁻⁶/Year×Rt
Stabilization time	30 s
Adjustment	internal (automatic)
Display	10″ graphic colour touchscreen
Weighing pan dimensions	ø20 mm
Weighing device dimensions	385×245×390 mm
Controling device dimensions	460×250×195 mm
Packaging dimensions W x D x H	860×750×570 mm
Net weight	21 kg
Gross weight	31 kg
Magazine	8
Communication interface	2×USB-A, USB-C, RS 232 (COM3), HDMI, Ethernet, Wi-Fi^®, Hotspot
Power supply	100 – 240 V AC 50/60 Hz
Operating temperature	+15 – +30 °C
Operating temperature change rate	±0,5 °C / 12 h (±0,3 °C / 4 h)
Relative humidity	40% – 60%
Relative humidity change rate	±5% / 12 h (3% / 4 h)