Duromètres AMH6

métallographes utilisant un système d'essai de duretéindenteurs pour système de contrôle de dureté métallographiquesupport d'échantillon de microscope métallographiqueDiapositive 4Échantillon cartographié par courbes de niveau LECO AMH6

Améliorez vos essais de dureté

The AMH6 brings together precision-engineered hardware and intelligent software to simplify automated hardness testing while delivering accurate, repeatable results. Automated load application, high-resolution imaging, and real-time analysis work seamlessly through Cornerstone software to support efficient testing in both laboratory and production environments.

Designed around LECO Cornerstone software, the AMH6 streamlines testing workflows with intuitive operation, advanced automation, and rapid measurement cycles. Automated test execution, indentation recognition, stage control, and data management help reduce operator involvement while improving consistency and productivity.

Whether addressing increasingly demanding quality requirements, testing complex materials, or managing growing sample volumes, the AMH6 provides the speed, repeatability, and confidence needed to keep pace with modern hardness testing challenges.


Pourquoi choisir le LECO AMH6 ?

Higher Throughput Through Intelligent Automation

The AMH6 is designed to maximize productivity by reducing setup time and increasing testing efficiency. Flexible sample holder options accommodate multiple specimens, complex geometries, and challenging sample configurations, while automated workflows help laboratories process more samples with less operator involvement. By optimizing instrument utilization and minimizing manual intervention, the AMH6 supports the demands of both high-volume quality control and advanced research environments.

support d'échantillon pour essais de dureté en métallographie

Consistent and Repeatable Results

Built as a robust platform and driven by advanced automation, the AMH6 delivers reliable, repeatable hardness measurements across a wide range of applications. Automated load application, stage positioning, pattern execution, and indentation analysis help eliminate common sources of operator variability, while Cornerstone software applies consistent measurement and reporting criteria to every test. The result is dependable data, improved reproducibility, and greater confidence in test results.

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Intuitive Operation and Powerful Software

Cornerstone software simplifies hardness testing through a modern, user-friendly interface designed around operator efficiency. Easily create, store, and recall test patterns to standardize workflows across users and applications. Automated analysis and flexible customization options help reduce training requirements while enabling both routine and advanced testing with ease.

métallographes utilisant un système d'essai de dureté

Comprehensive Data Management and Reporting

The AMH6 combines automated testing with robust data management tools that simplify result organization, traceability, and reporting. Cornerstone software stores test data, measurements, and analysis results in a centralized environment, making information easy to retrieve and review. Customizable reporting tools enable users to quickly generate professional reports with consistent formatting, helping laboratories improve documentation efficiency while maintaining confidence in their data.



Analyses principales


Fonctionnement de l'AMH LECO

The AMH6 combines advanced hardness testing hardware with intelligent Cornerstone software to deliver fast, consistent, and repeatable results with minimal operator intervention. The system automatically applies the selected test force, creates the indentation, captures high-resolution images, and performs measurement and analysis in real time. By integrating precision mechanics, automated stage control, and powerful software-driven workflows, the AMH6 helps laboratories increase throughput while maintaining confidence in every result.

Designed to reduce the variability associated with manual hardness testing, the AMH6 automates critical steps including force application, dwell time control, stage movement, indentation recognition, measurement, and data collection. Accessories such as the self-leveling sample holder and multi-sample fixtures further enhance workflow efficiency by simplifying the testing of multiple samples, uneven surfaces, and unmounted materials (application dependent). The result is a streamlined hardness testing experience that improves productivity, supports consistent test execution, and helps deliver accurate, repeatable data across a wide range of applications.


Détails de l'instrument

Caractéristiques

Automated Vickers and Knoop hardness testing
Automates key steps in the hardness testing process, helping reduce operator influence during indent placement and measurement while improving accuracy, precision, and sample throughput.
Cornerstone Software Platform
Delivers an intuitive user experience with advanced automation, pattern creation, image recognition, reporting, data management, and workflow customization tools.
Image Recognition Measurement Technology
Automatically measures indentations with exceptional consistency, reducing operator subjectivity and improving repeatability, even on challenging sample surfaces.
Self-Leveling Sample Holder
Automatically compensates for irregular or uneven samples to ensure proper alignment, improving measurement accuracy and reducing setup time.
Multi-Sample Testing Capability
Supports multiple mounted samples in a single fixture, maximizing productivity and reducing operator intervention between tests.
Deadweight and Load Cell Models
Provides flexibility to match laboratory requirements, testing standards, and preferred force application methodology.
Wide test force coverage
Supports a broad range of micro and micro/macro hardness applications, with available configurations covering 1 gf to 10,000 gf depending on model selection.
Six-position angled turret design
Expands configuration flexibility by supporting multiple objectives and indenter combinations while keeping the testing workflow efficient.

Modèles

HXD Tester – Deadweight
HXL Tester – Load Cell

Comparaison de modèles

Caractéristique / Capacité
HXD
HXL
Force Application
Deadweight
Load Cell
Test Load Range
10 gf to 1,000 gf (“A” model) | 1 gf to 2,000 gf (“B” model)
10 gf to 1,000 gf (“A” model) | 50 gf to 10,000 gf (“B” model)
Les indentations
Vickers-only or Dual (Vickers/Knoop)
Vickers-only or Dual (Vickers/Knoop)
Hardness Conversions
Included
Included
Fracture Toughness
Included
Included
Single Sample Holder
Included
Included
Multi Sample Holder
Optional
Optional
Advanced Analysis Module
Optional
Optional
Automatic Indent Placement Module
Optional
Optional
Automatic Case Depth Module
Optional
Optional

Options

Advanced Analysis Module
Auto Indent Placement Module
Sample Holder Options

Méthodes applicables

Les instruments LECO respectent ces méthodes approuvées.

ASTM E92: Méthodes d'essai normalisées pour la dureté Vickers et la dureté Knoop des matériaux métalliques

ASTM E140: Tables de conversion de dureté standard pour les métaux Relation entre la dureté Brinell, la dureté Vickers, la dureté Rockwell, la dureté superficielle, la dureté Knoop et le scléroscope



Support d'instruments

Assurez-vous du bon fonctionnement de vos instruments grâce à une assistance complète, à des formations et à des services de maintenance. Vous avez besoin d'une assistance sur mesure pour vos instruments de mesure de dureté ? Nos experts sont à votre disposition.   


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