Product Description
Abrasive Cutting MachineCCM-3 is basic cutting machine from vast range of abrasive cutting machines manufactured by Conation for metallography sample preparation.
Machine has 3 HP motor, sturdy vice to hold the sample and coolant recirculation system for burn free cutting. 200 mm and 250 mm dia wheel can be accomodated and upto 40 mm dia sample can be cut very effectively.
Precision & Reliability in Sample PreparationDesigned specifically for metallurgical sample preparation, this abrasive cutting machine delivers reliable performance for precise cutting. The stable cast iron construction and integrated coolant system help produce clean, accurate sample edges, minimizing the risk of thermal damage and warping.
Versatile Operating Modes & Powerful OutputEquipped with a 2 HP motor and supporting both single and three-phase connections, the machine adapts well to a variety of laboratory and industrial settings. Its electric drive ensures smooth, constant blade speed at 2800 RPM, maximizing efficiency for cutting tasks ranging up to 60 mm.
FAQs of Abrasive Cutting Machine:
Q: How does the integrated coolant system benefit the cutting process?
A: The integrated coolant system cools the blade during operation, reducing heat buildup and preventing sample deformation. This ensures cleaner cuts and extends the blades lifespan, making it ideal for metallurgical sample preparation.
Q: What materials can be cut with this abrasive cutting machine?
A: This machine is primarily designed to cut metallurgical samples, but its robust construction and high-speed capabilities enable efficient cutting of various metals and alloys up to a thickness of 60 mm.
Q: When should I use the 200 mm or 250 mm diameter blade?
A: The choice between 200 mm and 250 mm blades depends on the sample size and desired cutting depth. Larger blades (250 mm) are best for thicker samples, while the 200 mm blade suits smaller or thinner specimens.
Q: Where is this abrasive cutting machine typically installed?
A: This machine is commonly installed in metallurgical laboratories, research institutions, and industrial facilities across India that require precise sample preparation for material analysis.
Q: What is the process for operating the manual control system?
A: Operation involves manually adjusting the sample position and blade speed as needed, ensuring precise cuts while overseeing coolant flow. This hands-on approach allows operators to optimize cutting parameters for different materials.
Q: How does the heavy duty cast iron body contribute to usage and durability?
A: The cast iron body provides excellent stability during operation, minimizing vibrations and ensuring consistent cutting quality. It also enhances the overall durability of the machine, resulting in a longer service life and reduced maintenance.