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Laser Cut Edge Deburring Machine

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Laser Cut Edge Deburring Machine Specification

Model
Ramato Double Side

Rotation
Bi-Directional

Product Type
Double Side Abrasive Belt Grinder

General Use
Laser cut edge deburring and finishing

Material
Heavy Duty Mild Steel Construction

Type
Heavy Duty

Capacity
Continuous Industrial Use

Weight (kg)
Approx. 150

Computerized
No

Automatic
No

CNC Or Not
Not CNC

Control System
Manual

Magnetic Chuck Size
Standard

Grinding Wheel Size
Abrasive Belt, 50mm x 2000mm (approx.)

Grinding Wheel Speed
2800 RPM

Grinding Length
Customizable

Floor Space
800mm x 600mm (approx.)

Spindle Speed
2800 RPM

Power
2 HP

Voltage
415 V, 3 Phase

Dimension (L*W*H)
900mm x 650mm x 1450mm (approx.)

Feature
Double Side, Four Bearing Design, Robust Build

Color
Green

Installation
Easy On-Site Assembly

Grinding Belt Change
Quick Change Mechanism

Belt Tensioner
Manual Adjustment Wheel

Usage Environment
Industrial Workshops, Sheet Metal Fabrication Units

Noise Level
Low

Cooling System
Air Cooled

Maintenance
Low maintenance, easy part replacement

Application
Laser cut edge deburring, polishing, surface finishing

Mounting
Floor Mounted

Motor Type
Induction Electric Motor

Safety
Fully Covered Grinding Area, Emergency Stop Switch

About Laser Cut Edge Deburring Machine

Laser Cut Edge Deburring Machine manufacturer in Rajkot, Gujarat, India. Rajlaxmi Machine Tools offers Ramato, HMP & Roent solutions for edge rounding, deburring and metal finishing.

Double-Side Efficiency

This machine is equipped with a double-side grinding feature and a four-bearing design, allowing efficient simultaneous deburring of both edges. It significantly increases productivity, making it well-suited for high-throughput industrial environments and ensuring consistently smooth edge quality on laser-cut sheet metal components.

Robust and Safe Operation

Constructed from heavy-duty mild steel, the machine ensures durability and stability during continuous use. Complete safety is prioritized with a fully enclosed grinding area and a prominently placed emergency stop switch, minimizing risks during operation in busy workshop settings.

User-Friendly and Low Maintenance

Installation is straightforward, with easy on-site assembly and a manual tension adjustment wheel for precise belt settings. The quick-change belt mechanism streamlines maintenance, allowing operators to swap abrasive belts with minimal downtime. Low maintenance requirements and readily available parts enhance reliability.

FAQ's of Laser Cut Edge Deburring Machine:

Q: How does the Laser Cut Edge Deburring Machine operate for deburring and finishing edges?

A: The machine utilizes a bi-directional abrasive belt powered by a 2 HP induction electric motor. Operators manually feed laser-cut sheet metal into the fully covered grinding area, where both edges are simultaneously deburred, polished, and finished at speeds up to 2800 RPM.

Q: What types of materials and environments is this machine suitable for?

A: Engineered with heavy-duty mild steel, this robust machine is ideal for industrial workshops and sheet metal fabrication units requiring continuous operation on various laser-cut metal plates.

Q: When should the grinding belt be replaced or adjusted?

A: The grinding belt should be changed whenever you notice reduced performance or increased wear. Thanks to the quick-change mechanism and manual adjustment wheel, operators can efficiently replace or tension the belt with minimal interruption to workflow.

Q: Where should the machine be installed for optimal performance and safety?

A: The machine is designed for floor mounting and requires approximately 800mm x 600mm of space. It should be installed in a well-ventilated area within your workshop or fabrication unit, near appropriate power supply (415 V, 3 phase) for best results.

Q: What steps are involved in maintaining the deburring machine?

A: Routine maintenance includes inspecting and replacing the abrasive belt, checking the belt tensioner, and ensuring all covers and safety features are intact. Parts are easy to access and replace, contributing to overall low maintenance costs.

Q: How does the machine ensure operator safety during use?

A: Safety is integral, with a fully covered grinding area to contain debris, as well as an emergency stop switch to halt operations instantly if needed. The design minimizes noise levels and protects users from moving components.

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