+86-15221358017 / 15221358018 /15221358066/13916032681 info@purilaser.com
Views: 0 Author: Site Editor Publish Time: 2026-02-09 Origin: Site
Shipping a CO₂ laser tube is not like shipping normal industrial parts. Yet every month, thousands of CO₂ laser tubes are damaged not in use, but on the way to the customer. So the real question is not only how to choose a CO₂ laser tube, but also: Because even the best CO₂ laser tube can become useless if shipping is done wrong. Why CO₂ Laser Tubes Are So Easy to Damage in Transit A CO₂ laser tube looks solid. Thick glass. Sealed ends. Metal electrodes. Inside a CO₂ laser tube:
It’s long, fragile, under vacuum, filled with mixed gas, and extremely sensitive to shock.
how is it packed, handled, and shipped?
But inside, it’s a completely different story.
High vacuum environment
Precise gas mixture (CO₂ / N₂ / He)
Delicate internal mirrors and electrodes
One strong vibration can:
Shift internal alignment
Create micro-cracks in glass
Cause slow gas leakage
Shorten tube lifespan dramatically
This is why CO₂ laser tube shipping is not just logistics.
It’s part of the manufacturing process.
1. Packaging: The First Line of Protection
If packaging is wrong, nothing else matters.
A proper CO₂ laser tube package should include:
Thick foam or EVA cushioning
Anti-vibration structure (not loose filling)
Fixed position for both ends of the tube
Double-layer carton or wooden crate for long distance
At Puri Laser’s CO₂ laser tube factory, packaging is designed based on real drop and vibration tests.
Not just “wrap more foam”, but real structural packaging.
Each tube is:
Fixed inside a custom foam mold
Isolated from direct contact with outer box
Marked with shock and fragile labels
Packed according to length and power level
Longer tubes (130W–180W) even use wooden crates, not cartons. Because length increases bending risk.
2. Shock and Vibration: The Silent Killer
Most shipping damage doesn’t look dramatic.
No broken glass. No visible cracks.
But after installation:
Power unstable
Hard to align
Output drops fast
That’s vibration damage.
During international shipping, a CO₂ laser tube may experience:
Forklift impact
Truck vibration for hundreds of kilometers
Air cargo turbulence
Container stacking pressure
At Puri Laser, before shipping, every CO₂ laser tube goes through:
Power aging test
Discharge stability test
Visual inspection under light
And only after that, packaging.
Because shipping a defective tube is worse than not shipping at all.
3. Temperature and Storage During Transport
This part is often ignored.
CO₂ laser tubes don’t like:
Extreme heat
Freezing temperatures
Direct sunlight
High humidity
Why?
Because temperature changes affect:
Gas pressure inside the tube
Glass expansion
Sealing stability
Condensation risk
A professional CO₂ laser tube factory will:
Avoid long exposure in hot containers
Recommend storage temperature range
Use moisture-proof packaging
At Puri Laser, tubes are packed with:
Desiccant
Sealed inner bags
Temperature warning labels for certain routes
Especially for shipping to Middle East, South America, and Africa.
4. Orientation and Handling Instructions
This sounds simple. But it saves a lot of money.
Every CO₂ laser tube package should clearly show:
“This Side Up”
“Fragile”
“Do Not Stack”
Tube length direction
Why?
Because a laser tube lying wrong for weeks can:
Stress the glass
Affect internal alignment
Increase bending risk
At Puri Laser, we print handling instructions directly on:
Outer carton
Wooden crate
Packing list
And yes, we still remind the forwarder every time. Because logistics companies don’t read minds.
A Real Case from a Puri Laser Customer
One European distributor once told us:
They bought CO₂ laser tubes from another supplier.
Packaging looked fine. Price was lower.
Out of 20 tubes:
6 arrived with unstable power
3 completely dead after installation
After switching to Puri Laser:
Zero shipping damage in the next 3 batches
Same route. Same freight company.
The only difference?
Factory packaging and pre-shipment testing.
Sometimes the problem is not the tube.
It’s everything around the tube.
Shipping Is Part of Product Quality
Many people think manufacturing ends at the factory door.
In reality, for CO₂ laser tubes, it ends at the customer’s machine.
A real CO₂ laser tube factory doesn’t just make tubes.
It designs:
Packaging system
Shipping process
Quality checkpoints
Risk control for logistics
Because one broken tube means:
Customer downtime
Extra replacement cost
Brand trust lost
And that’s more expensive than any foam or wooden crate.
If you’re buying a CO₂ laser tube, don’t only ask:
What power?
What price?
Also ask:
How do you pack it?
Do you test before shipping?
Have you shipped to my country before?
Because in the CO₂ laser tube world,
shipping quality is part of tube quality.
Contact Puri Laser
Looking for a reliable CO₂ laser tube factory with safe global shipping experience?
Puri Laser supplies CO₂ laser tubes from 40W to 180W, with:
Full power testing
Professional export packaging
Worldwide shipping support
Tell us your destination country and tube model.
We’ll recommend the safest packaging and shipping solution for your CO₂ laser tube.
Your tube should arrive ready to work. Not ready to replace.
