AMH55 Automation Platform

LECO AMH55 Automated Hardness Testing Systemstage automation for hardness testingmetallurgist using AMH55 for automated hardness testingcamera for hardness testing automation systemcomputer screenshot of automated hardness testing procedure

Overview

The AMH55 is a powerful, software-driven hardness testing system designed to maximize productivity and simplify indentation analysis across a wide range of applications. It delivers fast, repeatable results with minimal operator involvement, featuring touchscreen-ready controls, customizable test patterns, and robust construction for modern metallographic workflows.


Why Choose LECO AMH55

stage automation for hardness testing

Higher Throughput

The AMH55 automates the entire indentation and measurement process—from load application to image capture to hardness calculation. Automated stage movement and batch processing dramatically increase throughput, making it ideal for labs running long sequences or repetitive microhardness tasks.

metallurgist using AMH55 for automated hardness testing

Reliable Repeatability 

With computer-controlled load application, precision optics, and automated indent measurement, the AMH55 minimizes operator influence and reduces variability. The system applies consistent test conditions across every sample, delivering highly repeatable microhardness results for demanding QA and research environments.

computer screenshot of automated hardness testing procedure

Effortless Operation

A user-friendly interface guides operators through test setup, measurement parameters, and batch creation. Automated focusing, edge detection, and indentation measurement reduce manual effort and shorten training time. Whether you’re processing a few samples or a full tray, the AMH55 makes the workflow smooth and intuitive.

camera for hardness testing automation system

Streamlined Compliance

The AMH55 software supports ASTM and ISO microhardness test methods, with built-in data storage, traceability, and export options. Automated logging ensures consistent documentation across operators and shifts—ideal for regulated or audit-driven environments.




Instrument Details

Specifications

Axis Control
X-, Y-, and Z-axis (motorized or manual)
Calibration
Automatic pixel calibration and shading correction for consistent optics
Visual Mapping
Optional Advanced Analysis Module for color-contoured hardness mapping
Reporting
Fully customizable report templates for internal or regulatory compliance
Upgrade Path
Modular design allows Lite model to be upgraded to full Automatic later

Models

AMH55 Automatic
AMH55 Lite

Model Comparison

Feature / Capability
AMH55 Lite
AMH55 Automatic
Stage Movement
Manual X-, Y-, and Z-axis
Motorized X-, Y-, and Z-axis
Automation Scope
Within a single Field of View (FOV)
Complete multi-point, multi-sample automation
Alignment Tools
Automatic alignment and pixel calibration
Parfocal tools, shading correction, and auto-alignment
Mapping & Analysis
Basic indent analysis
Advanced module: Color-contoured mapping
Path to upgrade
Fully upgradable to Automatic
Flagship automated configuration

Applicable Methods

LECO hardness testers adhere to approved methods.

  • ASTM E92 Standard Test Methods for Vickers Hardness and Knoop Hardness of Metallic Materials
  • ASTM E140 Standard Hardness Conversion Tables for Metals Relationship Among Brinell Hardness, Vickers Hardness, Rockwell Hardness, Superficial Hardness, Knoop Hardness, and Scleroscope Hardness


Instrument Support

Ensure reliable instrument performance with extensive support, training, and maintenance services. Need tailored support for your hardness testing instruments? Our experts are standing by.



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