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2. Importance in Laser Machines

During laser cutting and engraving, materials such as wood, acrylic, leather, rubber, and plastics produce smoke and harmful fumes. A blower fan:

• Removes smoke from the cutting area

• Improves cutting and engraving quality

• Prevents lens and mirror contamination

• Protects operator health

• Reduces fire risk inside the machine

• Maintains clear visibility of the work area

3. Working Principle

1. The blower fan motor rotates an impeller.

2. Air and smoke are drawn from the laser cabinet.

3. High-pressure airflow pushes fumes through exhaust ducts.

4. Smoke is expelled outside or through filtration systems.

5. Fresh air enters the machine, maintaining airflow balance.

4. Main Components

• Electric Motor

• Impeller (Centrifugal Fan Wheel)

• Fan Housing (Metal or Plastic)

• Air Inlet & Outlet Ports

• Mounting Base

• Power Cable / Terminal Box

5. Types of Blower Fans Used in Laser Machines

a) Centrifugal Blower Fan

• Most common in CO₂ laser machines

• High pressure, strong suction

• Ideal for long exhaust ducts

b) Turbo Blower Fan

• Compact design

• High airflow

• Used in medium-size machines

c) Inline Exhaust Fan

• Installed inside ducting

• Space-saving design

• Moderate pressure

6. Typical Specifications

7. Selection Guide (How to Choose)

Choose a blower fan based on:

• Laser machine size

• Cutting material type

• Length of exhaust duct

• Number of bends in ducting

• Power of laser tube

Example:

• Small desktop laser → 300–500 m³/h

• Medium laser machine → 800–1500 m³/h

• Large industrial laser → 2000 m³/h+

8. Key Advantages

• High Suction Power

• Effective Smoke Removal

• Improved Laser Cut Quality

• Long Continuous Operation

• Durable Industrial Design

  Price Details : 

  550w 12000TK

  750w 17000TK

  950w 19000TK