Abrasive Cutting Machine For Slicing Large Samples

Name: Abrasive Cutting Machine For Slicing Large Samples
Brand: VISHAL OPTICAL WORKS
Price: 1 INR
Availability: InStock

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MOQ : 1 Piece

Abrasive Cutting Machine For Slicing Large Samples Specification

Bonding
Resin Bonded Abrasive Wheel

Grain Type
Aluminum Oxide or Silicon Carbide

Chemical Composition
Steel (Body), Al2O3 or SiC (Abrasive)

Toughness
High Designed to cut large, tough samples

Shape
Rectangular Frame, Circular Wheel

Hardness
Medium to Hard

Material
Steel Body, Abrasive Wheel

Type
Abrasive Cutting Machine

Application
For cutting metal, ceramics, composites, large metallurgical samples

Wheel Speed
Up to 2800 RPM

Coolant System
Integrated Recirculation Coolant System

Cutting Capacity
Up to 100 mm (varies by model)

Dimensions
Approx. 1100 x 600 x 1350 mm

Noise Level
75 dB

Motor Power
3 HP / 2.2 kW

Safety Features
Full Enclosed Guard with Viewing Window, Interlock

Weight
Approx. 220 kg

Body Construction
Heavy Duty Cast Iron or Steel

Table Travel
Approx. 200 mm (varies by model)

Abrasive Cutting Machine For Slicing Large Samples Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Week

Delivery Time
1 Days

About Abrasive Cutting Machine For Slicing Large Samples

Abrasive Cutting Machine For Slicing Large Samples

With the help of our team of experienced professionals, we manufacture, export & supply an extensive range of Abrasive Cutting Machine For Slicing Large Samples. Manufactured using high grade basic materials keeping in mind set industry norms, this is widely demanded amongst various industries. The Abrasive Cutting Machine For Slicing Large Samples is available in different specifications as per the application requirements of the clients. This machine is extensively recognized for compact design, high thermal resistant nature, corrosion resistance and smooth functionality. In order to ensure quality, this machine is stringently tested on defined parameters.

Specifications:

Heavy duty sectioning machine for large cross sections, irregular components, in short time.
Cutting wheel swings also with the oscillation movement for faster large sectioning than the chop type.
Heavy duty motor is provided 15 HP 3 phase.
Machine is covered with powder coated sheets or stainless steel sheets.
Specially designed heavy steel vice to hold any kind of piece.
Absolute minimal deformation, cool & burn-free sample production.
Large and effective coolant delivery with adjustable focused vains fitted on wheel guard.
Coolant circulation system is provided with suitable filtering arrangement.
Double light attachments system is provided for clean and accurate cutting of samples.
Large viewing window to monitor the cutting operation.

Models:

AC15B
AC15XY
AC15SS
AC15D

Optional Attachment:

Magnetic separator helps cleaning the coolant tank saving frequent cleaning operations.
Variable Speed AC Drive

Reliable Performance for Large Sample Applications

This abrasive cutting machine is specifically designed to handle large, tough samples in the metallurgical, engineering, and materials research sectors. With a table travel of approximately 200 mm and a cutting capacity that accommodates samples up to 100 mm, it supports versatile sample preparation needs. The heavy-duty steel body and carefully selected abrasive wheels ensure consistent precision and repeatability.

Advanced Safety and User-Friendly Operation

Safety is prioritized with a fully enclosed guard, viewing window, and interlock system to prevent accidental starts while the guard is open. The user-friendly interface and accessible controls simplify setup and operation. The integrated coolant system also helps maintain lower operating temperatures and provides a safer, cleaner workspace.

Versatile Cutting for Diverse Materials

This cutting machine effectively slices metals, ceramics, and composite materials using medium-to-hard resin bonded wheels with aluminum oxide or silicon carbide grains. Its robust construction and high wheel speed facilitate clean, accurate cuts of even the toughest specimens, making it a valuable asset for labs and industrial facilities.

FAQs of Abrasive Cutting Machine For Slicing Large Samples:

Q: How does the integrated recirculation coolant system benefit the cutting process?

A: The integrated recirculation coolant system continuously cools the cutting area, reducing heat generation and minimizing the risk of sample deformation or damage. This not only extends the life of the abrasive wheel but also ensures cleaner cuts and a safer working environment.

Q: What materials can be sliced using this abrasive cutting machine?

A: The machine is capable of cutting a wide variety of materials, including metals, ceramics, composites, and large metallurgical samples. The choice of resin bonded abrasive wheelsaluminum oxide for metals or silicon carbide for ceramics and compositesensures optimal results for specific applications.

Q: When is this machine typically used in the sample preparation process?

A: This machine is typically used at the initial stage of metallurgical or material analysis, where large or tough samples need to be sectioned precisely before further processing, such as mounting, grinding, or polishing steps in the laboratory.

Q: Where can the abrasive cutting machine be installed?

A: Thanks to its compact dimensions (approx. 1100 x 600 x 1350 mm) and manageable weight (approx. 220 kg), the machine can be installed in laboratories, manufacturing plants, and research facilities, fitting conveniently onto dedicated workspaces with suitable power and coolant supply.

Q: What safety measures are incorporated into the design of this machine?

A: Safety features include a fully enclosed guard with a transparent viewing window for monitoring the process, and an interlock system that prevents the machine from operating unless the guard is securely closed. These help safeguard operators against accidental contact and flying debris.

Q: How do I select the appropriate abrasive wheel for my application?

A: Choose an aluminum oxide wheel for cutting metals and a silicon carbide wheel for ceramics or composites. The medium-to-hard bonding provides a balance between cutting efficiency and wheel durability. Always match the wheel type to the material being processed for optimal performance and longevity.

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