iqiege 2110D Metallographic Cutting Machine

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iqiege® 2110D Large Vertical Metallographic Cutting Machine

Product ID：SYZYXJqg078

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model Numberiqiege® 2110D

Brand NameLZWEIYI

Payment TermsTT，PAYPAL，Alibaba.com Pay

iqiege® 2110D Large Vertical Metallographic Cutting Machine
Product Introduction
The iqiege® 2110D Metallographic Cutting Machine is a large vertical metallographic specimen cutter designed with safety and environmental considerations for preparing metal, rock, ceramic and other solid-material specimens for metallographic and petrographic observation.
The machine integrates cutting, cooling, illumination and cleaning systems and uses a robust cast-iron body with a manual swing-arm cutting mechanism. With a maximum cutting diameter of Φ110 mm, it is suitable for larger and irregular workpieces commonly encountered in laboratory material preparation.
A comprehensive safety system combines a door-type safety switch and explosion-resistant protective cover, while the high-efficiency cooling and chip-removal system uses a magnetic separator and dedicated cutting fluid to help control cutting heat and collect cutting debris.

Performance Features
•  Large Φ110 mm maximum cutting capacity for metal, rock and ceramic specimens.
•  Vertical structure suitable for large solid-material sample preparation.
•  Robust cast-iron machine body for stable cutting operation.
•  Manual swing-arm cutting design makes large workpieces easier to process.
•  Door-type safety switch helps prevent operation when the protective cover is open.
•  Explosion-resistant protective cover provides additional cutting protection.
•  Large observation window provides clear visibility of the cutting process.
•  High-brightness illumination improves visibility inside the cutting chamber.
•  Grooved cast-iron worktable with vise supports irregular workpieces.
• High-performance cooling system helps prevent specimen burning during cutting.
•  Internal water tank with filter collects cutting residues and debris.
•  Magnetic separator assists in separating metallic cutting debris from coolant.
•  Integrated cutting, cooling, illumination and cleaning systems simplify operation.
•  Low-noise and stable operation for laboratory sample preparation.

Working Principle
The specimen is securely clamped on the grooved cast-iron worktable using the vise. The operator manually controls the swing-arm cutting mechanism to bring the rotating abrasive wheel into contact with the workpiece.
The Φ350 × 2.5 × 32 mm cutting wheel rotates at 2300 rpm to progressively cut the specimen. During cutting, dedicated cutting fluid is circulated through the cooling system to remove heat generated by friction, helping prevent excessive thermal damage to the specimen.
Cutting debris and coolant are collected in the internal water tank. The built-in filter helps collect residues, while the magnetic separator assists in separating metallic particles from the coolant, facilitating cleaning and waste management.
The protective cover, door-type safety switch and high-intensity illumination provide a controlled and visible cutting environment.

Technical Parameters

Parameter	Specification
Model	iqiege® 2110D
Equipment Type	Large Vertical Metallographic Cutting Machine
Application	Metal, rock, ceramic and other solid materials
Maximum Cutting Diameter	Φ110 mm
Cutting Wheel Specification	Φ350 × 2.5 × 32 mm
Cutting Wheel Speed	2300 rpm
Worktable Size	400 × 320 mm
Power Supply	Three-phase 380 V / 50 Hz
Input Power	4.4 kW
Cutting Power	4 kW
Cutting Method	Manual swing-arm cutting
Cooling System	High-efficiency coolant circulation
Safety Protection	Door safety switch + protective cover
Overall Dimensions	1050 × 1050 × 1660 mm
Net Weight	400 kg

Application Scenarios
The iqiege® 2110D is suitable for laboratory preparation of solid-material specimens in:
•  Metallography laboratories
•  Metal and alloy research
•  Steel and metal processing
•  Rock and geological laboratories
•  Ceramic material research
•  Materials science laboratories
•  Quality inspection and failure analysis
•  Universities and research institutes
•  Industrial laboratories
•  Metallographic and petrographic sample preparation
Typical specimens can include metals, alloys, rocks, ceramics and other solid materials requiring controlled sectioning before grinding, polishing, etching and microscopic observation.

Comparison: 2110D vs. Conventional Metallographic Cutting Machine

Feature	iqiege® 2110D	Conventional Small Metallographic Cutter
Structure	Large vertical design	Usually compact benchtop design
Maximum Cutting Diameter	Φ110 mm	Generally smaller
Cutting Method	Manual swing-arm	Manual/basic cutting
Machine Body	Robust cast iron	Depends on model
Cutting Wheel	Φ350 × 2.5 × 32 mm	Smaller wheel commonly used
Safety	Door safety switch + protective cover	Basic enclosure may be used
Observation	Large observation window + illumination	More limited visibility
Cooling	High-efficiency coolant system	Basic cooling
Chip Management	Filter + magnetic separation	Basic residue collection
Worktable	400 × 320 mm grooved cast-iron table	Smaller working area
Suitable Samples	Large and irregular solid materials	Mainly smaller specimens

FAQ
1. What is the iqiege® 2110D used for?
It is designed for cutting metal, rock, ceramic and other solid-material specimens for metallographic and petrographic analysis.
2. What is the maximum cutting diameter?
The maximum cutting diameter is Φ110 mm.
3. What size cutting wheel does the 2110D use?
It uses a Φ350 × 2.5 × 32 mm abrasive cutting wheel.
4. Does the 2110D use manual or automatic cutting?
The machine uses a manual swing-arm cutting mechanism, designed to provide convenient control when cutting large workpieces.
5. How does the cooling system protect specimens?
Dedicated cutting fluid removes heat generated during cutting, helping reduce excessive temperature rise and thermal damage to the specimen.
6. How are cutting residues handled?
The cooling water tank is installed inside the machine base and includes a filter for collecting residues. A magnetic separator assists in separating metallic debris from the coolant.
7. What safety features are provided?
The machine is equipped with a door-type safety switch and protective cover, together with an enclosed cutting chamber and observation window.
8. Can the machine cut irregular workpieces?
Yes. The grooved cast-iron worktable and vise are designed to accommodate various irregular workpieces.
9. What preparation processes can follow cutting?
After cutting, specimens can undergo grinding, polishing, etching and microscopic metallographic or petrographic observation.

FAQ
1. What is the iqiege® 2110D used for?
It is designed for cutting metal, rock, ceramic and other solid-material specimens for metallographic and petrographic analysis.
2. What is the maximum cutting diameter?
The maximum cutting diameter is Φ110 mm.
3. What size cutting wheel does the 2110D use?
It uses a Φ350 × 2.5 × 32 mm abrasive cutting wheel.
4. Does the 2110D use manual or automatic cutting?
The machine uses a manual swing-arm cutting mechanism, designed to provide convenient control when cutting large workpieces.
5. How does the cooling system protect specimens?
Dedicated cutting fluid removes heat generated during cutting, helping reduce excessive temperature rise and thermal damage to the specimen.
6. How are cutting residues handled?
The cooling water tank is installed inside the machine base and includes a filter for collecting residues. A magnetic separator assists in separating metallic debris from the coolant.
7. What safety features are provided?
The machine is equipped with a door-type safety switch and protective cover, together with an enclosed cutting chamber and observation window.
8. Can the machine cut irregular workpieces?
Yes. The grooved cast-iron worktable and vise are designed to accommodate various irregular workpieces.
9. What preparation processes can follow cutting?
After cutting, specimens can undergo grinding, polishing, etching and microscopic metallographic or petrographic observation.