TEYU at LASER World of PHOTONICS CHINA 2026 (Day 1) – Additive Manufacturing Cooling Is Getting Serious

Day 1 at LASER World of PHOTONICS CHINA 2026 just kicked off at the Shanghai New International Expo Center, and the turnout is exactly what you'd expect—busy booths, constant technical discussions, and a lot of real-world problem solving.

TEYU is exhibiting at Hall N1, Booth 1468, showing a full lineup of laser chillers for:

* Fiber laser cutting

* Handheld laser welding

* Additive manufacturing (metal 3D printing)

* Precision / ultrafast laser processing

The booth has been packed with both integrators and end users asking very practical questions, especially around stability, condensation control, and long-term reliability.

🔥 Most interesting thing on display: CWFL-4000ANUP

This one is clearly aimed at laser additive manufacturing, and it addresses a problem that doesn't get enough attention:

Even a ~1°C fluctuation can mess with melt pool stability and final part quality.

What TEYU is pushing here:

±0.3°C temperature stability

→ Better melt pool consistency

→ Improved density & yield

Dual independent cooling circuits

→ Laser source + optics cooled separately

→ Less interference, lower condensation risk

Inverter-based cooling

→ Adjusts output based on load

→ More efficient vs fixed systems

RS-485 + Modbus

→ Ready for integration into automated / smart factories

If you're working with metal AM, this kind of thermal stability is becoming less "nice to have" and more "required."

👀 What else is there?

They're also showing:

* CWUP-20 PRO (±0.08°C for ultrafast lasers)

* CWFL-6000 PRO (for higher-power fiber lasers)

* RMFL rack-mounted chillers (space-saving setups)

* ECU enclosure cooling units (for electrical cabinets + dehumidification)

Overall, it's not just product display—it's very much application-focused cooling.

If you're attending

Still 1 more days to go (March 18–20).

If you're dealing with laser system stability issues, it's worth stopping by:

📍 Hall N1, Booth 1468

If you're not there

You can still reach out and discuss your setup—especially if you're dealing with:

* Temperature drift affecting laser performance

* Condensation in humid environments

* Integration challenges (dual-loop / compact systems)

Source: https://www.teyuchiller.com/teyu-at-laser-world-of-photonics-china-2026-day-1-highlights.html

TEYU at LASER World of PHOTONICS CHINA 2026

TEYU S&A will participate in LASER World of PHOTONICS CHINA 2026, one of the most influential exhibitions for photonics and laser manufacturing. The event brings together global laser equipment manufacturers, integrators, and industry professionals to explore new technologies and solutions for modern laser production.

TEYU will showcase a range of industrial and laser cooling solutions designed to support applications such as fiber laser cutting, handheld laser welding, laser additive manufacturing, and ultrafast laser processing.

Exhibition Information

• Booth: Hall N1 | Booth 1468

• Date: March 18–20, 2026

• Venue: Shanghai New International Expo Center

Industry visitors are welcome to meet the TEYU team on site to explore practical thermal management solutions for laser equipment.

New Product Highlights

TEYU will debut several new laser cooling solutions at the exhibition:

• CWFL-4000ANUP – A 4kW high-precision dual-temperature chiller designed for laser additive manufacturing and metal 3D printing, providing ±0.3°C temperature stability.

• CWFL-2000ANUP – A dual-circuit cooling solution developed for mid-power additive manufacturing systems.

• CWFL-1500ANW16S – A compact all-in-one chiller for 1.5kW handheld fiber laser welding machines, offering mobility and stable dual-temperature control.

  

Featured Laser Cooling Solutions

In addition to the new models, TEYU will also display several widely used cooling solutions, including:

• CWUP-20 PRO ultrafast laser chiller with ±0.08°C temperature stability for picosecond and femtosecond laser sources

• CWFL-6000 PRO fiber laser chiller designed for high-power fiber laser equipment

The exhibition will feature 20+ refrigeration products, including the RMFL series rack-mounted laser chillers (RMFL-1500 to RMFL-3000) and the ECU series enclosure cooling units (ECU-300 to ECU-2500) for industrial cabinets.

Visitors are invited to Booth 1468, Hall N1 to explore TEYU's latest cooling technologies and see live demonstrations of laser chiller solutions.

Source: https://www.teyuchiller.com/teyu-to-showcase-advanced-laser-cooling-solutions-at-laser-world-of-photonics-china-2026.html

Why the CW-5200 Is Widely Chosen for Laser and CNC Cooling

In many small and mid-size industrial applications, stable temperature control is essential. Equipment such as CO₂ laser engravers, CNC spindles, and printing systems generates continuous heat during operation, making reliable cooling a key part of system performance.

The TEYU CW-5200 industrial chiller has become a familiar option for many of these applications due to its balanced design.

With around 1.4 kW cooling capacity and ±0.3 °C temperature stability, the CW-5200 matches the cooling needs of many mid-power machines. Instead of oversized refrigeration systems, users can maintain stable operating temperatures with a compact and efficient solution.

The chiller uses a closed-loop water circulation system, helping reduce contamination and improve cooling consistency during long operating hours. Built-in protections, including flow and temperature alarms, also help safeguard connected equipment.

Its compact structure allows it to be easily installed beside equipment or integrated into production environments where space is limited.

Today, the CW-5200 is commonly used in applications such as:
* CO₂ laser cutting and engraving machines
* CNC spindle cooling
* UV printing equipment
* laboratory and industrial systems

By focusing on practical cooling performance and stable operation, the CW-5200 has become a widely recognized model in many workshop cooling setups.

Source: https://www.teyuchiller.com/cost-effective-industrial-chiller-for-laser-cnc-printing-equipment.html

Why 3000W Fiber Lasers Are Becoming the Mainstream Choice

Across metal fabrication, laser welding, and industrial cleaning, 3000W fiber lasers are increasingly becoming the preferred configuration. While higher power systems continue to develop, 3kW equipment stands out as a practical and efficient solution for many manufacturers.

A Balanced Power Level for Modern Manufacturing

A 3000W fiber laser offers clear advantages over lower-power systems:

* Faster cutting speeds

* Improved thickness capacity

* Stronger welding penetration

* Higher overall productivity

At the same time, it avoids the higher investment costs, electrical upgrades, and auxiliary system demands associated with ultra-high-power machines. For many small and mid-sized factories, 3kW provides an ideal balance between performance and operating cost.

Wide Application Flexibility

The popularity of 3000W systems also comes from their versatility. They are widely used in:

* Sheet metal laser cutting

* Handheld and automated laser welding

* Laser rust and coating removal

* Select metal additive processes

Because this power level supports multiple applications, manufacturers often standardize their supporting equipment — especially cooling systems — around 3kW configurations.

Why Cooling Matters for 3kW Fiber Lasers

As laser power increases, thermal stability becomes critical. Proper cooling helps maintain:

* Stable beam quality

* Processing precision

* Equipment lifespan

* Reliable continuous operation

Most 3000W fiber lasers require dual-temperature control to cool both the laser source and optical components. Industrial users typically look for stable performance, intelligent control, and multiple protection features.

Cooling solutions such as the TEYU CWFL-3000 industrial chiller are commonly integrated with 3kW laser cutting and welding systems. Designed with dual independent cooling circuits and stable temperature control, it supports long-term operation in demanding industrial environments.

Conclusion

The rise of 3000W fiber lasers reflects a broader industry trend toward balanced, efficient production solutions. With strong performance and manageable system requirements, 3kW continues to be a mainstream choice — and reliable temperature control remains a key part of that success.

Source: https://www.teyuchiller.com/why-3000w-fiber-lasers-are-becoming-the-mainstream-choice-in-modern-laser-processing.html