Product Description
Being an eminent firm, we are offering an extensive range of Metallographic Specimen Cutter. It is used method of sectioning materials for microscopic examination. Furthermore, provided cutter occupies less space and easy to placed. It is rust and corrosion resistant in nature. Metallographic Specimen Cutter is known for its fast and accurate. It removes material through grinding and erosion. It is suitable for quick and clean cutting of metal lographicspecimen. It comes at affordable rates.
Main Parameters:
- Max. Cutting section 50 to 50mm
- Cutting Disc Size 300 to 2 to 32mm
- Rotating Speed 2800r/min
- Motor 3 phase 2.2kw, 380V, 50Hz
- Machine size 500x480x410mm
- Net weight 70kg
- Package Size 600x530x500mm
- Gross Weight 80kg
Precise Cutting TechnologyOur Metallographic Specimen Cutter utilizes advanced cutting mechanisms to provide consistent and precise cuts, preserving the structural integrity of specimens. This ensures accurate results during microscopic analysis, which is crucial for metallurgical evaluations in research and industrial settings.
Suitable for Industrial ApplicationsEngineered for industrial use, this cutter caters to heavy-duty requirements found in quality control, research laboratories, and educational institutions. Its design allows it to handle diverse metallic materials, making it adaptable and dependable for various metallographic specimen preparation tasks.
FAQ's of Metallographic Specimen Cutter:
Q: How does the Metallographic Specimen Cutter operate for industrial specimen preparation?
A: The cutter operates using a robust cutting wheel and clamp mechanism that securely holds the sample, allowing swift and clean cuts without altering the specimen's microstructure. Operators can adjust settings for different material types and thicknesses, ensuring simplicity and precision.
Q: What materials can be processed using this cutting machine?
A: This specimen cutter is suitable for a wide range of metallic materials, including steel, aluminum, copper, and alloys. Its durable build allows easy and safe cutting of both soft and hard metals commonly used in industrial and laboratory environments.
Q: When should this cutter be used in the metallographic preparation process?
A: The Metallographic Specimen Cutter is employed at the initial stage of metallographic preparation, where precise sectioning of the sample is necessary before mounting, grinding, and polishing. Using the cutter at this stage helps maintain the material's integrity for accurate analysis.
Q: Where is this cutting machine typically installed or used?
A: It is typically used in industrial laboratories, metallurgical research facilities, quality control departments, and educational institutions where metallography is a routine procedure. Its design supports benchtop installation for convenient and safe operation.
Q: What is the process for operating the Metallographic Specimen Cutter?
A: To operate, secure the specimen in the vice, adjust the cutting parameters to match the material, and initiate the cutting wheel. The machine is designed for straightforward handling, reducing manual intervention and enhancing reproducibility of results.
Q: What advantages does this cutter offer over conventional cutting methods?
A: Compared to conventional methods, this machine minimizes the risk of mechanical or thermal damage to the specimen, delivers cleaner edges, and improves the efficiency of specimen preparation, leading to more reliable metallographic analysis.