iqiege 265D Metallographic Cutting Machine

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iqiege® 265D Metallographic Cutting Machine

Product ID：SYZYXJqg077

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model Numberiqiege® 265D

Brand NameLZWEIYI

Payment TermsTT，PAYPAL，Alibaba.com Pay

iqiege® 265D Metallographic Cutting Machine
Product Introduction
The iqiege® 265D Metallographic Cutting Machine is designed for cutting cylindrical, polygonal and other irregular metallographic specimen materials for metallographic and petrographic structure observation. With a maximum cutting diameter of 65 mm, it is suitable for laboratory sample preparation in factories, research institutions and material laboratories.
The machine adopts a fully enclosed double-shell structure to provide a more protected cutting environment. A powerful cooling system uses prepared coolant to remove heat generated during cutting, helping prevent overheating and thermal damage to the specimen microstructure.
During cutting, the specimen can be rotated to different angles. This helps reduce localized thermal damage on the cut surface while increasing the effective cutting section and improving abrasive wheel utilization.

Performance Features
•   65 mm maximum cutting diameter for common metallographic specimens.
•   Suitable for cylindrical, polygonal and irregular sample materials.
• Fully enclosed double-shell structure for a more protected operating environment.
•   Powerful cooling system rapidly removes cutting heat.
•   Coolant helps reduce specimen overheating and thermal damage.
•   Specimen can be rotated to different angles during cutting.
•   Angular adjustment helps reduce localized burning on the cut surface.
•   Larger effective cutting sections improve cutting efficiency.
•   Improves utilization of the cutting abrasive wheel.
•   Suitable for routine metallographic and petrographic sample preparation.

Working Principle
The specimen is securely positioned inside the enclosed cutting chamber and cut using a high-speed abrasive wheel. The Φ250 mm cutting wheel rotates at 2800 rpm to remove material and produce the required specimen section.
During cutting, coolant is supplied to the cutting area to carry away heat generated by friction between the abrasive wheel and specimen. This reduces excessive temperature rise and helps preserve the original microstructure.
The specimen can also be rotated during cutting to optimize the cutting angle, reduce localized thermal damage and improve cutting-wheel utilization.

Technical Parameters

Parameter	Specification
Model	iqiege® 265D
Equipment Type	Metallographic Cutting Machine
Maximum Cutting Diameter	Φ65 mm
Cutting Wheel Speed	2800 rpm
Cutting Wheel Specification	Φ250 × 2 × 32 mm
Power Supply	380 V / 50 Hz
Input Power	1.6 kW
Cutting Power	1.5 kW
Structure	Fully enclosed double-shell
Cooling	Powerful coolant cooling system
Overall Dimensions	870 × 550 × 1120 mm
Weight	230 kg

Application Scenarios
The iqiege® 265D is suitable for metallographic sample preparation and material structure analysis in:
•   Metallography laboratories
•   Materials research laboratories
•   Metal manufacturing and processing
•   Steel and alloy analysis
•   Quality inspection laboratories
•   Scientific research institutions
•   Petrographic and rock sample preparation
•   Universities and technical institutes
•   Failure analysis and material characterization
It can be used to prepare samples for subsequent grinding, polishing, etching, microscopy and metallographic structure observation.

Comparison: 265D Metallographic Cutting Machine vs. Conventional Cutting

Feature	iqiege® 265D	Conventional Basic Cutter
Cutting Capacity	Up to Φ65 mm	Usually more limited
Sample Types	Cylindrical, polygonal and irregular	Mainly regular samples
Enclosure	Fully enclosed double-shell	May have limited enclosure
Cooling	Powerful coolant cooling	Basic or limited cooling
Heat Control	Designed to reduce cutting heat	Greater risk of overheating
Sample Angle	Sample can rotate during cutting	More limited adjustment
Microstructure Protection	Helps reduce thermal damage	Depends on cutting conditions
Cutting Wheel Utilization	Improved through angle adjustment	Relatively limited
Application	Metallographic and petrographic preparation	General cutting

FAQ
1. What is the iqiege® 265D used for?
It is used for cutting cylindrical, polygonal and irregular materials into specimens for metallographic and petrographic structure observation.
2. What is the maximum cutting diameter?
The maximum cutting diameter is Φ65 mm.
3. What type of cutting wheel does the 265D use?
It uses a Φ250 × 2 × 32 mm abrasive cutting wheel.
4. Does the machine have a cooling system?
Yes. The machine is equipped with a powerful cooling system that uses coolant to remove heat generated during cutting.
5. Why is cooling important during metallographic cutting?
Excessive cutting heat can damage or alter the specimen microstructure. Cooling helps reduce overheating and preserve the material structure for subsequent analysis.
6. Can the specimen be rotated during cutting?
Yes. The specimen can be rotated to different angles during cutting, helping reduce localized thermal damage and improve cutting-wheel utilization.
7. Is the cutting chamber enclosed?
Yes. The 265D uses a fully enclosed double-shell structure, providing a more protected cutting environment.
8. What industries can use this metallographic cutter?
It is suitable for material laboratories, metal manufacturing, quality inspection, scientific research, universities and other laboratories requiring metallographic sample preparation.
9. What processes can follow cutting?
The prepared specimens can proceed to subsequent grinding, polishing, etching and microscopic metallographic observation.

FAQ
1. What is the iqiege® 265D used for?
It is used for cutting cylindrical, polygonal and irregular materials into specimens for metallographic and petrographic structure observation.
2. What is the maximum cutting diameter?
The maximum cutting diameter is Φ65 mm.
3. What type of cutting wheel does the 265D use?
It uses a Φ250 × 2 × 32 mm abrasive cutting wheel.
4. Does the machine have a cooling system?
Yes. The machine is equipped with a powerful cooling system that uses coolant to remove heat generated during cutting.
5. Why is cooling important during metallographic cutting?
Excessive cutting heat can damage or alter the specimen microstructure. Cooling helps reduce overheating and preserve the material structure for subsequent analysis.
6. Can the specimen be rotated during cutting?
Yes. The specimen can be rotated to different angles during cutting, helping reduce localized thermal damage and improve cutting-wheel utilization.
7. Is the cutting chamber enclosed?
Yes. The 265D uses a fully enclosed double-shell structure, providing a more protected cutting environment.
8. What industries can use this metallographic cutter?
It is suitable for material laboratories, metal manufacturing, quality inspection, scientific research, universities and other laboratories requiring metallographic sample preparation.
9. What processes can follow cutting?
The prepared specimens can proceed to subsequent grinding, polishing, etching and microscopic metallographic observation.