Metallurgical Software Model: MetaLite
Metalite is a modular quantitative image analysis software specific to steel industries. Simply select the appropriate analysis module and follow the intuitive guidance of built-in wizard. Incorporates industry standards including EN ISO 643, ASTM E-112, ASTM E 930-92, ASTM 13 82-91. For analysis, sample is ground, polished and it necessary, etched using a suitable medium.
Product Overview
The Metallurgical Software Model: MetaLite belongs to Ophthalmic & Optical Equipment and is intended for professional laboratory, research, education or inspection workflows as applicable. Exact capabilities should be confirmed against the verified product configuration.
Key Features
Reflected-light observation suited to metallurgical and materials work
Reflected-light observation suited to metallurgical and materials work
Applications
Metallographic examination
Materials research
Engineering laboratories
Failure analysis
Industrial quality control
How Does the Metallurgical Software Model: MetaLite Work?
A metallurgical microscope uses reflected illumination and magnified optical observation to examine surfaces, structures and features of opaque materials.
Benefits
- Supports structured microscopy, imaging or laboratory workflows
- Helps users observe, document or analyze specimens and materials as appropriate
- Can support teaching, research, inspection and quality-control activities
- Allows the system to be selected around optical, imaging and workflow requirements
How to Choose the Right Metallurgical Software Model: MetaLite
Consider specimen type, required magnification, optical configuration, imaging requirements, accessories, working distance, laboratory space and the verified technical specifications of the chosen model.
Frequently Asked Questions
What is a Metallurgical Software Model: MetaLite?
A metallurgical software model: metalite is a reflected-light microscope designed for examination of opaque materials, surfaces and structures.
What are metallurgical microscopes used for?
They are used in metallography, materials research, engineering inspection and quality-control applications.
How do I choose a metallurgical microscope?
Consider illumination, objectives, magnification, specimen stage, imaging requirements and the type of material examination required.
