What is the difference between hot mounting and cold mounting?

Hot mounting uses pressure and heat for fast, repeatable preparation. Cold mounting uses liquid resin and is preferred for heat-sensitive, porous, fragile or irregular specimens.

← Back to products Home

METALLOGRAPHY / 06

Metallographic Sample Preparation Equipment

Q: What equipment is required for metallographic sample preparation?

A typical metallographic preparation workflow includes specimen cutting, mounting, grinding, polishing and microscopic examination. The exact machines and consumables depend on the sample material, size and required surface quality.

Q: How do I choose a metallographic cutting machine?

Choose the cutting machine according to sample dimensions, material hardness, cutting precision, heat sensitivity and required throughput. Precision cutting is suitable for smaller or delicate samples, while abrasive cutting is commonly used for larger metal specimens.

Metallographic cutting, mounting, grinding, polishing and microscopy equipment with matched consumables for material laboratories and quality control.

Start an inquiry ↗

Metallographic Sample Preparation Equipment

Complete sample preparation workflow

From sectioning to microstructure examination.

Choose metallographic machines and consumables as a complete preparation route or as individual laboratory instruments. We support application-based selection for metals, alloys, PCB, ceramics, semiconductors and other engineering materials.

Cutting

Precision and abrasive cutting machines for controlled sectioning with minimal thermal or mechanical damage.

Mounting

Hot mounting presses, UV curing systems, cold-mounting resins and moulds for secure specimen handling.

Grinding & polishing

Manual and automatic systems with grinding discs, papers, cloths and diamond or alumina abrasives.

Microscopy

Metallurgical microscopes for prepared-surface inspection, quality control and failure analysis.

Metallographic equipment selection guide

What equipment is required for metallographic sample preparation?

A typical workflow includes specimen cutting, mounting, grinding, polishing and microscopic examination. The exact machines and consumables depend on sample material, size and the required surface quality.

How do I choose a metallographic cutting machine?

Choose according to sample dimensions, material hardness, cutting precision, heat sensitivity and required throughput. Precision cutting suits smaller or delicate specimens; abrasive cutting is commonly used for larger metal samples.

What is the difference between hot and cold mounting?

Hot mounting uses heat and pressure for fast, repeatable preparation. Cold mounting resin is preferred for heat-sensitive, porous, fragile or irregular specimens.

Which consumables are used for grinding and polishing?

Common consumables include abrasive cutting wheels, silicon carbide papers, diamond grinding discs, polishing cloths, diamond suspensions and alumina abrasives.

Products

31 Metallographic Sample Preparation Equipment

Metallographic cutting, mounting, grinding, polishing and microscopy equipment with matched consumables for material laboratories and quality control.

Diamond Cutting Blade Ultra-Thin Diamond Cutting Blade Ultra-Thin Precision Metallographic Sample Preparation for Crystal Ceramic Semiconductor PCB

Metallographic Consumables

Diamond Cutting Blade Ultra-ThinBRAND · SongYoo

Diamond Cutting Blade Ultra-Thin Precision Metallographic Sample Preparation for Crystal Ceramic Semiconductor PCB

Ultra-thin diamond cutting blade with high precision and long service life, widely used in quality control, failure analysis and basic material research for crystals, ceramics, semiconductors, integrated circuits, PCB, glass and alloys. Available in resin-bonded, metal-bonded and electroplated diamond types, customized for different materials.