Why switch
Common challenges with conventional degassing methods
Degassing methods that rely on tanks and vacuum pumps impose ongoing burdens in space, cost, and line uptime.
Degassing tanks take up space
Tank-based degassing systems are bulky, occupying valuable floor space around the production line.
Dedicated power & equipment required
Vacuum pumps, pressurization systems, and other additional power sources or specialized equipment are needed for bubble removal.
Batch processing stops the line
Tank-based systems require batch processing. Every line stoppage reduces productivity and throughput.
High installation cost & complexity
Equipment design, foundation work, and piping modifications demand significant time and investment before deployment.
Value of switching
Why customers choose the Bubble Eliminator
01
Just splice into your piping
Inline design installs directly into existing piping. No major equipment modifications needed — deploy quickly with minimal disruption.
02
No degassing tank — save space
Eliminates the need for tanks and auxiliary equipment. No orientation restrictions, so you can make the most of available floor space.
03
Zero dedicated power, maintenance-free
Operates on existing line pressure alone. No consumable parts or moving components — dramatically lower running costs.
04
24/7 continuous operation
No batch processing downtime. Continuous inline degassing maximizes line uptime and overall productivity.
How it works
Dual Cyclone Technology — No Dedicated Power
Fluid enters using existing line pressure.
A swirl flow leverages density differences
to concentrate bubbles along the central axis
for continuous removal. No additional power source needed.
01
Generate swirl flow
Fluid enters under existing line pressure, and a proprietary internal structure generates a high-speed swirl flow.
02
Gas-liquid separation
Density differences between gas and liquid concentrate bubbles along the central axis of the vortex.
03
Continuous removal
Separated bubbles are continuously discharged from the system without interrupting flow.
The result:
zero dedicated power,
zero consumable parts,
completely maintenance-free.
zero dedicated power,
zero consumable parts,
completely maintenance-free.
Before / After
What changes when you switch
CONVENTIONAL DEGASSING
×Degassing tanks take up valuable floor space
×Requires dedicated power & additional equipment
×Batch processing stops the line
×Ongoing power & maintenance costs
×Complex installation with piping modifications
BUBBLE ELIMINATOR
✓Space-saving inline design — just splice into piping
✓Operates on existing line pressure — no dedicated power
✓24/7 continuous operation — no line stoppages
✓No consumable parts — maintenance-free
✓Quick deployment, low TCO, fast ROI
Applications
Solving bubble problems
across diverse production lines
SEMICONDUCTOR
Semiconductor & electronics cleaning
Removes bubbles from cleaning fluids to prevent adhesion defects and uneven cleaning results.
COATING
Coating & surface treatment
Eliminates bubbles from coating fluids to reduce streaks, pinholes, and surface defects.
FOOD & BEVERAGE
Food & beverage filling
Pre-fill degassing stabilizes measurement accuracy and ensures consistent fill quality.
ANALYSIS
Analytical & measurement instruments
Removes bubbles from flow channels to prevent measurement noise and signal disturbances.
* Results may vary depending on operating conditions.
FAQ
Frequently asked questions
With its low pressure drop and omnidirectional inline design,
the unit can typically be spliced into existing piping. Connection ports and device configuration are custom-engineered to match your system.
the unit can typically be spliced into existing piping. Connection ports and device configuration are custom-engineered to match your system.
As an inline system that installs directly into piping, it eliminates the need for degassing tanks and auxiliary equipment.
With no orientation restrictions, it can be flexibly positioned to match your piping layout.
With no orientation restrictions, it can be flexibly positioned to match your piping layout.
The unit has no consumable parts or moving components, so routine maintenance of the device itself is generally unnecessary.
We offer SUS316L, SUS304, SS400 equivalent, PVC, and H-PVC — selected to match your process fluid requirements.
1 L/min and above, with no upper limit on maximum flow rate.
We custom-engineer the optimal device configuration to match your line.
We custom-engineer the optimal device configuration to match your line.
We proceed through consultation, custom engineering, and testing before installation. Timelines vary by requirements — please contact us to discuss your project.
Device configuration, connections, and materials are custom-engineered to match your line,
so standard specifications vary by application. Please contact us for details — we will propose the optimal configuration for your needs.
so standard specifications vary by application. Please contact us for details — we will propose the optimal configuration for your needs.