MetaScan – Metallurgical Imaging Systems
MetaScan is a comprehensive micrographic solution for metallographic studies. The available software modules conform to all equivalent national and international standards. The available wizards are:ASTM E-112, E-930, E1181, ISO 643-03, JIS G 0551-05 BS 490 DIN 643-03, IS-4748-88, SIS 111101 GOST 5639-82. Determine feritic and austerritic grain size in steel. The available methods are: 1. Automatic lineal heyn intercept method.2. Jeffries planimetric method.
Product Overview
The MetaScan – Metallurgical Imaging Systems 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 MetaScan – Metallurgical Imaging Systems 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 MetaScan – Metallurgical Imaging Systems
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 MetaScan – Metallurgical Imaging Systems?
A metascan – metallurgical imaging systems 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.
