Horizon Laser

18/09/2026

Rubber mold cleaning doesn’t have to be a time-consuming manual job.

During rubber molding, molds can gradually accumulate:

• Rubber residue
• Carbon deposits
• Release-agent buildup
• Other stubborn contaminants

Traditional cleaning methods can involve significant manual work, abrasive media or chemicals.

Laser cleaning offers another approach.

🎯 Non-contact cleaning
🎯 Precise removal of contamination
🎯 No abrasive blasting media
🎯 No chemical cleaning agents
🎯 Suitable for detailed mold surfaces
🎯 Repeatable cleaning results

From handheld laser cleaning for flexible maintenance to automated offline cleaning stations for batch processing, the solution can be configured around your production process.

🎥 Here’s a real rubber mold cleaning process.

The key question for mold manufacturers is not simply:

“Can the mold be cleaned?”

It is:

“How can we clean it efficiently while keeping the mold ready for the next production cycle?”

If you work with rubber molds, injection molds or rubber components, what cleaning method are you using today?

17/09/2026

2000W Laser Cleaning in a Fortune Global 500 Company. ⚡

Here’s our 2000W Continuous-Wave Laser Cleaning System in operation at Jinchuan Group.

No chemicals.
No abrasive media.
Less consumables.
High-power cleaning for demanding industrial applications.

Laser cleaning isn't suitable for everything — but for many industrial applications, it is becoming a powerful alternative to traditional cleaning methods.

🎥 See the real cleaning process in action.

17/09/2026

Laser cleaning is not a universal solution. But in many applications, it has become a real alternative to traditional chemical cleaning and dry ice blasting.

Why?

🌱 Environmental requirements are getting stricter.
Many manufacturers are under increasing pressure to reduce chemicals, waste and secondary pollution.

⚡ Laser cleaning is a dry and highly controllable process.
It can remove rust, oil, grease, paint, carbon, rubber residues and other contaminants without using chemical cleaning agents or blasting media.

🛠️ And the substrate matters.
With the right wavelength, pulse energy, beam profile and process parameters, laser cleaning can selectively remove contaminants while keeping the underlying material largely unaffected.

This is particularly interesting for:

• Tire & rubber molds
• Injection molds
• Industrial tooling
• Metal components
• Automotive parts
• Historical restoration
• Precision surface preparation

Laser is not the answer to every cleaning problem.

But when environmental requirements, surface protection and process control are important, laser cleaning can offer a very different way of thinking about industrial cleaning.

The real question isn't: “Can laser clean it?”

It's:

👉 “Can laser clean it better, cleaner and more efficiently than the traditional process?”

17/09/2026

STOP. Before you clean your mold the traditional way… 👀

What are you really paying for?

Labor. Time. Consumables. Downtime.

Laser cleaning offers a non-contact, chemical-free and abrasive-free way to remove contamination from molds and tooling.

⚡ Faster maintenance
🧹 Cleaner process
👷 Less manual work
🛠️ Controlled cleaning

🎥 Real mold cleaning. No talking. Just results.

Would laser cleaning work for your molds?

17/09/2026

Still moving tire molds for cleaning?

Every mold move means time, labor and downtime.

🔥 Laser cleaning provides a non-contact way to remove rubber residue and contamination while keeping the mold surface under control.

And with automated solutions, the cleaning system can move to the mold — instead of moving the mold to the machine.

DON’T MOVE THE MOLD. MOVE THE CLEANING SYSTEM.

🎥 Real tire mold cleaning.

How do you handle tire mold cleaning today?

14/09/2026

Rusty metal parts? Watch what happens in 15 seconds.

No grinding.
No chemical cleaning.
No direct contact.

Just laser cleaning.

10/09/2026

🔥 Still removing tire molds from the curing press for cleaning?

What if you could bring the laser cleaning system directly to the mold instead?

In a modern tire factory, mold cleaning isn't simply a maintenance job.

It affects:

⚠️ Production downtime
⚠️ Mold handling and transportation
⚠️ Labor requirements
⚠️ Cleaning consistency
⚠️ Difficult-to-reach tread areas

That's why we developed an Online Tire Mold Laser Cleaning Vehicle.
🚗 Move directly to the curing press
🔄 360° rotation for flexible positioning
🎮 Remote-controlled operation for easier movement
⛰️ Climbing capability to handle factory floor slopes
↔️ Flexible movement in different directions
🔭 Telescopic cleaning arm for reaching deep into the mold
🧹 Fume & dust collection to help reduce secondary contamination

The idea is simple:

Don't move the mold to the cleaning machine.
Move the cleaning machine to the mold.

For tire manufacturers running high-utilization production lines, this can mean less mold handling, less manual intervention and potentially less disruption to production.

And for engineers and maintenance teams, the real question is:

How much unnecessary mold handling can we eliminate from the cleaning process?

🎥 Watch our online tire mold laser cleaning vehicle in action.

If you're a tire manufacturer, tire mold engineer, maintenance manager or equipment purchaser, I'd be interested to hear:

How do you currently clean your tire molds — dry ice, blasting, manual cleaning, or laser?

Send us your mold size and cleaning challenge. Let's see whether an online laser cleaning solution can work for your production line.

10/09/2026