In-line Booster Fan
The Inline Booster Fan enhances ventilation by increasing airflow and efficiently removing smoke and fumes from your workspace. It comes with a 10′ flexible hose, making it easy to integrate into your exhaust system for improved air quality and safety.
Features
Powerful Airflow
400 CFM output ensures efficient laser cutter ventilation for the removal of smoke, fumes, and debris from your LX30
Adjustable Speed Control
Our inline fan for laser cutters features a power adjustment knob. It allows you to fine-tune airflow to match your needs.
10' Flexible Hose Included
Easily connects to your exhaust system for improved laser cutter ventilation and air quality.
Quiet & Efficient Operation
Designed for low noise levels while maintaining powerful suction.
Built-in Mounting Bracket
Easily mount your booster fan to a workbench or wall.
Technical Specifications
AIRFLOW
SPEED
NOZZLE DIAMETER
POWER
MAX NOISE
VOLTAGE
What’s Included
Included:
- SwiftShape In-line Booster Fan
- 10’ (3m) flexible hose, 6” diameter
- 2x ring clamps
Warranty & Support
- The SwiftShape In-line Booster Fan includes a 1-year warranty to protect your investment. Whenever you need assistance, reach out. We respond to live chat, email, and telephone support. Our experts provide reliable service to keep your system up and running. With us, peace of mind is just a click or call away.
FAQs
What does an in-line booster fan do in a fume extraction system?
An in-line booster fan augments your existing exhaust setup by pulling contaminated air forcefully through ducting toward the outlet. It sits within the duct line, reducing backpressure on the machine’s internal fan. This results in faster smoke removal and clearer optics.
How much additional airflow can I expect from a booster unit?
Typical 4” booster fans increase CFM by 50-200%, depending on model and duct layout. Gains diminish if elbows or long runs add resistance. Placing the booster close to the exit point maximizes its contribution.
Where should I position the booster to achieve optimal performance?
Install the fan downstream of your machine’s exhaust port but upstream of a window or wall vent to minimize static pressure. Avoid placing it directly at the source. Internal fan backpressure can limit the boost effect. For smooth laser cutter ventilation, keep bends and elbows to a minimum.
Can the booster fan replace the machine’s built-in exhaust?
No. Inline boosters supplement rather than replace internal blowers. They work in series to overcome duct friction and long vent runs. Removing the factory fans risks inadequate machine ventilation and voids the warranty.
Can an inline booster operate continuously without overheating?
Yes. High-quality inline fans for laser cutters use brushless motors. They are rated for 24/7 duty cycles. Thermal protection switches shut off the motor if temperatures climb too high. Continuous operation is common in busy shops or classrooms.
Will adding a booster unit help reduce odors?
Increasing airflow evacuates volatile compounds faster. During the process, it also cuts lingering smells in the workspace. Combined with activated-carbon filters, boosters can significantly lower detectable fumes. Faster air exchange protects machine optics and electronics.
