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Heavy Duty Lancer Belt Grinding Machine

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Heavy Duty Lancer Belt Grinding Machine Specification

Model
Heavy Duty Lancer Belt Grinding Machine

Rotation
Belt runs bidirectionally (as per installation)

Product Type
Double Side Abrasive Belt Grinding Machine

General Use
Heavy Duty Surface Grinding and Material Finishing

Material
Heavy Duty Cast Iron and Steel

Type
Belt Grinder

Capacity
Heavy Duty, Suitable for continuous operation

Weight (kg)
Approx. 180 - 250 kg

Computerized
No

Automatic
No

CNC Or Not
Not CNC

Control System
Manual

Grinding Wheel Size
Suitable for heavy-duty abrasive belts (standard sizes available on request)

Grinding Wheel Speed
2800 RPM (approx.)

Grinding Length
Varies as per belt length (typically 48 to 72)

Floor Space
Approx. 900 mm x 650 mm

Spindle Speed
2800 RPM

Power
3 HP / 2.2 kW

Voltage
415 V, 3-Phase AC

Dimension (L*W*H)
Approx. 900 mm x 650 mm x 1500 mm

Feature
Double Side, Four Bearing, Heavy Duty Construction

Color
Industrial Green/Red (Standard)

Safety Mechanism
Fully Covered Belt Guards and Emergency Stop Switch

Working Speed
Standard for industrial belt grinders (customizable)

Abrasive Belt Type
Compatible with Zirconia, Aluminum Oxide, and Carbide Belts

Number of Bearings
Four Bearing Construction for High Stability

Motor Type
Industrial-grade Electric Motor

Belt Tensioning
Manual Quick-Adjustment System

Drive System
Direct Drive with Heavy Duty Motor

Application
Metal Fabrication, Surface Preparation, Deburring, Weld Grinding

Mounting Type
Floor Mounted, Anti-Vibration Base

About Heavy Duty Lancer Belt Grinding Machine

Heavy Duty Lancer Belt Grinding Machine manufacturer in India. Rajlaxmi Machine Tools, Rajkot, Gujarat offers Ramato, HMP & Roent heavy-duty machines for industrial metal grinding and finishing.

Reliable Heavy-Duty Performance

Built with heavy-duty cast iron and steel, the Lancer Belt Grinding Machine stands up to the rigors of industrial use. Its four bearing construction reduces vibration and wear, promoting long life and dependable performance. Whether for surface preparation or weld grinding, it ensures steady results shift after shift.

Versatile Abrasive Compatibility

The machine is designed to work seamlessly with zirconia, aluminum oxide, and carbide abrasive belts. This compatibility grants users flexibility to tackle various materials and finish requirements, from aggressive stock removal to fine surface finishing.

Enhanced Safety and Operator Control

Safety is paramount, with fully enclosed belt guards and an emergency stop switch to protect operators during use. The manual control system puts key adjustments at your fingertips, while robust construction minimizes vibration, creating a stable, user-friendly grinding environment.

FAQ's of Heavy Duty Lancer Belt Grinding Machine:

Q: How does the manual quick-adjustment belt tensioning system work on the Lancer Belt Grinding Machine?

A: The manual quick-adjustment system allows operators to easily change and tension abrasive belts by hand, minimizing downtime and improving workflow efficiency during belt changes or maintenance.

Q: What types of abrasive belts can be used with this grinder?

A: The Heavy Duty Lancer Belt Grinding Machine accepts zirconia, aluminum oxide, and carbide belts, making it suitable for a range of grinding, finishing, and deburring tasks on various metals.

Q: When is the use of a heavy-duty belt grinding machine recommended in industrial settings?

A: This machine is ideal for continuous operations such as metal fabrication, weld grinding, surface preparation, and heavy-duty material finishing where robust performance and high stability are required.

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

A: It should be installed on a solid, level floor using its floor-mounted anti-vibration base. The compact footprint (approximately 900 mm x 650 mm) allows easy integration into most industrial workshops.

Q: What is the process for starting and stopping the machine safely?

A: To start, ensure the belt guard is closed, the area is clear, and the emergency stop switch is disengaged. Power the machine via the 3-phase AC supply, and use the manual controls to operate. For emergency stops, simply press the designated switch, which will immediately halt the machine.

Q: How does the four bearing construction benefit grinding operations?

A: Four bearing construction delivers superior stability, reduces operational vibration, and extends machine longevity. This design supports smoother belt tracking and increases precision during demanding grinding operations.

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