Product Description:

Nanotech Industrie Produkte Precision automatic fineness measuring device for grind size This brings a new level of accuracy, consistency, and speed to particle size assessment. Conventional grindometer tests are highly dependent on operator technique—varying scraping force, inconsistent speed, and subjective visual judgment. This instrument eliminates all human variability through the combination of robot-controlled movement, high-resolution imaging and Deep-learning-based particle detection in a fully automated workflow.

Designed for laboratories that reproducibility, Traceability and ISO-1524 compliant results If required, this system delivers a complete fineness measurement within a few seconds – including image capture, particle analysis, distribution statistics and automatic final evaluation.

This professional Automatic fineness measuring device for grind size offers Precise particle size measurement – fully automatic, ISO-compliant and engineer-tested.

Key advantages for engineers

Fully automatic measurement

A controlled, motorized scraping system carries the sample with constant force and speed and ensures perfect repeatability between operators, batches and materials.

Immediate ISO 1524 results

The system detects particle size and distribution according to Method A and Method B and delivers objective results in under 5 seconds.

AI-supported particle detection

Based on a deep learning framework, the device distinguishes:

• real particles

• Depths

• scratch

• microbubbles

• Bubble clusters

All defects are measured, classified, and displayed with size and number – subjective interpretation is completely eliminated.

Universal grindometer compatibility

Supports all common grindometer formats:

• Single channel (170 × 50 mm)

• Dual channel (175 × 65 mm)

• Wide channel (175 × 65 mm) with measuring ranges of 0–25 µm until 0–200 µm.

Advanced visualization tools

Operators can:

• zoom in on the original image

• Inspect particle distributions

• Compare included/excluded particles

• Adjust detection thresholds

• a 3 mm ISO evaluation tape Move for real-time particle counting

This ensures perfect agreement between visual observation and automated analysis.

High-precision motion & imaging

A synchronized motion system and a high-resolution optical module guarantee:

• even scraping

• crystal-clear image capture

• reliable particle detection

• stable, reproducible results

Intelligent user interface

The display shows:

• Sample name & Batch

• Test status

• Original scraped sample

• algorithmically processed image

• Particle distribution diagram

• final ISO 1524 assessment

All data can be used as PDF report can be exported for documentation and quality records.

Compatible with all sample types

Suitable for water-based and solvent-based Materials.

Designed for modern laboratories

The Automatic fineness measuring instrument NIP-AGM2800 It delivers the precision engineers expect, the consistency quality managers demand, and the speed high-throughput labs need. It replaces subjective manual assessment with automated, data-driven measurement, so that every result is reproducible, traceable and ISO-compliant.

This professional device is suitable for Single-channel grindometer, Dual-channel grindometer, Wide-channel grindometer and Hegman teachings.

This automatic precision grain-free gauge is manufactured in accordance with internationally recognized technical guidelines and testing standards, including:

• ASTM D333 (Guideline for clear and pigmented lacquers)
• ASTM D1210 (Standard test method for determining the fineness of dispersion of pigment-binder systems using the Hegman gauge)
• ASTM D1316 (Standard test method for determining the fineness of grinding of printing inks using the NPIRI grindometer)
• ISO 1524 (Coatings, varnishes and printing inks — Determination of the fineness of the grind)
• DIN EN 21524 (Coatings and varnishes — Determination of the fineness of the grind)
• DIN 53203 (Testing of coating materials and other pigment-binder systems; estimation of the coarseness or fineness of the dispersion using a grindometer)
• BS 3900-C6 (Test method for coating materials — Determination of the fineness of the grinding grade))
• AS/NZS 1580.204.1 (Coating materials and related materials — Test methods — Fineness of grind)
• FTMS 141a 4411.1