solutionsolution

From Routine Samples to Demanding Applications, We Support the FullPreparation Workflow
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Titanium Materials
Preparation support for titanium and titanium-alloy samples with attention to edge control, surface integrity, and reliable polishing results.
Ferrous Metals
Solutions for steels, cast irons, and related ferrous materials with a focus on stable cutting, microstructure preservation, and efficient preparation.
Non-Ferrous Metals
Workflows for aluminum, copper, and other non-ferrous alloys where burr control, surface quality, and cleaner sectioning matter.
Ceramics & Hard Materials
Preparation guidance for ceramics and other hard or brittle materials where chipping control, flatness, and edge retention are critical.

BY MATERIALFind the Right Preparation Route by Material Type

Different materials respond differently during cutting, mounting, grinding, and polishing. Start by material type to explore more suitable preparation workflows, consumables combinations, and technical considerations for your samples.

  • Ferrous metals and heat-treated structures
  • Non-ferrous metals such as aluminum and copper alloys
  • Titanium and titanium-alloy samples
  • Ceramics and other hard or brittle materials
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Aerospace
Preparation support for titanium and titanium-alloy samples with attention to edge control, surface integrity, and reliable polishing results.
Electronics & Semiconductor
Solutions for PCBs, packages, wafers, bonding structures, coatings, and other electronic samples where section quality and interface clarity matter.
Automotive Components
Workflows for steels, cast irons, aluminum alloys, coatings, and heat-treated parts used in automotive applications, with attention to microstructure preservation and preparation efficiency.
Advanced Materials
Preparation guidance for ceramics, composites, hard materials, and other advanced material systems where flatness, chipping control, and surface condition are especially important.

BY INDUSTRYChoose Solutions by Industry and Application

Different industries place different demands on metallographic preparation. Start by application area to explore workflows, consumables directions, and technical considerations better matched to your samples and analysis goals.

  • Thermal-sprayed coatings and surface-engineered structures
  • Alloys and engineering-metal components
  • Semiconductor wafers, packages, and related structures
  • Lithium-battery materials and cell-related structures
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