QT- Q-2A Metallographic cutting machine

Produces High-Quality Metallographic Specimens with minimal thermal damage and excellent surface finish.

Protects Material Microstructure through continuous coolant circulation during cutting.

Ideal for High-Hardness Materials including steels, alloys, cast irons, and engineering materials.

Compact Laboratory Design requiring minimal floor space while providing industrial performance.

Easy Manual Operation allows precise specimen positioning and controlled cutting.

Reliable Heavy-Duty Motor designed for continuous laboratory and production use.

Perfect for Metallurgical Laboratories, Universities, Research Institutes, Manufacturing, and Failure Analysis Laboratories.

Reduces Sample Preparation Time while improving specimen quality for microscopic analysis.

Excellent Choice for Quality Control and Research Applications.

Provides Long-Term Reliability with Low Maintenance Requirements.

Canadian Support

Technical assistance with equipment selection

Warranty Included

Manufacturer warranties on all equipment

Installation & Training

On-site or installation and hands-on training

Technical Specifications

Parameter Specification
Machine Type Metallographic Precision Cutting Machine
Cutting Method Manual Y-Axis Feed
Cutting Wheel Type High-Speed Abrasive Cutting Wheel
Blade Size Ø300 × 2 × Ø32 mm
Maximum Cutting Capacity 55 × 55 mm
Spindle Speed 2800 RPM
Motor Power 2.2 kW
Drive System Direct Drive
Cooling System Integrated Recirculating Cooling System
Cooling Function Prevents Sample Overheating & Microstructural Damage
Cutting Fixture Threaded Mechanical Clamp
Sample Types Metals, Alloys, Cast Iron, Non-Metallic Materials
Cut Surface Quality Smooth, Flat, Bright, Burn-Free
Operation Mode Manual
Feed Direction Y-Axis Manual Feed
Power Supply 380 V, 50 Hz
Electrical Configuration Three-Phase, Four-Wire
Current Rating 8 A
Machine Dimensions (L × W × H) 610 × 560 × 440 mm
Machine Weight 80 kg
Construction Heavy-Duty Industrial Steel Frame
Noise Level Low Noise Operation
Applications Metallographic Sample Preparation
Suitable Materials Steel, Stainless Steel, Cast Iron, Aluminum, Copper Alloys, Titanium, Ceramics, Composites
Laboratory Applications Metallography, Failure Analysis, Quality Control, Research & Development
Industries Automotive, Aerospace, Manufacturing, Heat Treatment, Metallurgy, Universities, Research Institutes

Typical Applications

Application Purpose
Metallographic Sample Preparation Microstructure Analysis
Failure Analysis Sectioning Components
Weld Examination Cross-Section Preparation
Heat Treatment Verification Microstructural Evaluation
Quality Control Routine Laboratory Sample Preparation
Research & Development Material Characterization

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    Why Buy From QMN Equipment?

    Equipment selected by testing professionals. Backed by CMH MetLabs expertise in:

    Hardness Testing

    Hardness Testing

    Brinell, Rockwell and Vickers and more

    Tensile testing

    Tensile Testing

    Universal Testing Machines

    Metallography

    Metallography

    Sample Preparation and Analysis

    NDT Inpection

    NDT Inspection

    UT, PT, MT, RT Solutions

    Failure Analysis

    Failure Analysis

    Expert Analysis and Reporting

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    Our in-house laboratory ensures you get the right equipment.

    Trusted by Manufacturers and Laboratories across Canada

    Manufacturig Companies

    Metallurgical Laboratories

    Heat Treatment Facilities

    Quality Control Departments

    Aerospace and Automotives

    Inspection and Testing Organizations