Metallography Abrasive Cuting Machine manufacturer

Name: Abrasive Cutoff Machine
Brand: VISHAL OPTICAL WORKS
Price: 1 INR
Availability: InStock

Price 1.0 INR/ piece

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MOQ : 1 piece

Metallography Abrasive Cuting Machine manufacturer Specification

Shape
Rectangular base with circular cutting wheel

Chemical Composition
Al2O3 (Aluminum Oxide), steel base

Grain Type
Aluminum oxide

Backing
Reinforced steel backing

Toughness
High impact resistance

Bonding
Resin bonded

Hardness
Medium to hard (scalable)

Material
High-grade steel

Type
Bench Mounted Abrasive Cutoff Machine

Grain Sizes
Available from 24 to 80 grit

Rolls Size
Standard roll sizes: 50 mm x 2000 mm (other sizes available on request)

Strips Size
Customizable as per requirement

Metallography Abrasive Cuting Machine manufacturer Trade Information

Minimum Order Quantity
1 piece

Supply Ability
1 piece Per Week

Delivery Time
1 Days

About Metallography Abrasive Cuting Machine manufacturer

Offered range of Abrasive Cutoff Machine is utilized for efficient slicing of samples that are metallurgical in nature. Simple to function, this system is furnished with tempered steel sheet composed with powder coated housing. This comprises of required components such as lifted performance coolant alongside simple to modify veins, broad monitoring window to notice cutting function as well as proficient three phase motor. The provided Abrasive Cutoff Machines steel vice is utilized for secure gripping of sample irrespective of its kind and size.

Abrasive Cutoff Machine

Versatile Cutting Performance

Designed for efficiency, the abrasive cutoff machine offers a maximum cutting capacity of 100 mm for round materials and 75 mm for square sections. Its high-speed motor (2800 RPM) and scalable hardness and grain size make it adaptable for various metals and industrial demands.

Integrated Safety and Cooling Features

With a protective guard, emergency stop switch, and integrated coolant tank with pump, this machine emphasizes user safety and operational reliability. The cooling system minimizes thermal stress on components, extending cutting wheel life and maintaining performance.

Customizable and Durable Construction

Options for wheel diameter, grit size, roll, and strip dimensions make this machine suitable for varied project requirements. The heavy-duty cast iron base and corrosion-resistant epoxy powder coating ensure lasting durability and resistance to demanding work environments.

FAQs of Abrasive Cutoff Machine:

Q: How does the integrated coolant tank and pump enhance the cutting process?

A: The integrated coolant tank and pump dissipate heat generated during cutting, reducing thermal deformation and extending the lifespan of the cutting wheel, which ensures consistent performance and better finish quality.

Q: What types of metals can be cut with this abrasive cutoff machine?

A: This machine is ideal for cutting a wide range of metals, including metal rods, bars, pipes, and profiles, thanks to its high-grade steel construction, adjustable grain sizes, and robust motor power.

Q: When should I select different cutting wheel diameters or grit sizes?

A: Select wheel diameter and grit size based on the size, hardness, and material of the workpiece. Finer grits and smaller diameter wheels suit precision cuts and thinner materials, while coarse grains and larger wheels are preferable for heavy-duty applications.

Q: Where is this abrasive cutoff machine typically used?

A: Its commonly employed in manufacturing plants, metal fabrication workshops, and industrial settings where efficient and precise metal cutting is required.

Q: What safety features are included in the machine?

A: The machine incorporates a protective guard, quick-action vice clamp, and an emergency stop switch to safeguard users during operation. These features help prevent accidents and allow for immediate halting if needed.

Q: How does the quick-action vice clamp improve usage efficiency?

A: The quick-action vice clamp streamlines securing and releasing workpieces, significantly reducing setup time and improving workflow during repetitive cutting operations.