Laser Cladding Industry News Roundup March 2026
Laser Cladding Industry News Roundup March 2026
A practical B2B overview of the latest developments in the laser cladding industry, including market expansion, overseas equipment exports, capital investment, high-entropy alloy research, and key technology directions for 2026.
As a core process in advanced surface engineering and remanufacturing, laser cladding continues to gain momentum across heavy industry, additive manufacturing, energy, and high-value equipment repair. Recent developments show clear progress in market scale, equipment export capability, capital deployment, and scientific research. For industrial buyers, OEMs, and repair-service providers, these signals confirm that laser cladding is moving from a niche process toward a more integrated equipment + material + service business model.
1. China’s Laser Cladding Market Is Approaching RMB 7.89 Billion
According to recent market analysis, China’s laser cladding equipment market reached approximately RMB 6.78 billion in 2024 and is expected to grow to around RMB 7.89 billion in 2025. This growth is supported by continued manufacturing upgrades in aerospace, automotive, and oil & gas, as well as broader industrial demand for longer component life, lower lifecycle cost, and more sustainable remanufacturing practices.
- 2024 China laser cladding equipment market size: RMB 6.78 billion
- 2025 estimated market size: RMB 7.89 billion
- Demand drivers: durability improvement, repair economics, and low-waste remanufacturing
2. 12kW Laser Cladding Equipment Export Shows Stronger Global Competitiveness
A complete 12,000W robotic laser cladding system was recently delivered to a customer in Malaysia, following previous overseas shipment of a 6kW high-speed laser cladding system to Europe. The new system reportedly integrates a teach-free intelligent path generation function based on 3D vision and AI-assisted process planning.
| Item | Details |
|---|---|
| Laser Power | 12,000W |
| Core Capability | Teach-free path planning with 3D vision and AI-assisted route generation |
| Export Destination | Malaysia |
| Industry Meaning | Improved international acceptance of Chinese high-power laser cladding equipment |
3. Tiangong International Increases Investment in Laser Additive Manufacturing
Tiangong International announced an additional investment of RMB 3 million into Shanghai Gaizer Laser Technology, increasing its shareholding from 5.56% to approximately 10.53%. The move reflects continued confidence in the long-term commercial value of laser additive manufacturing, cladding materials, and supporting services.
Gaizer Laser focuses on:
- Intelligent laser solutions and core component development
- Ultra-wear-resistant materials for laser cladding
- Laser cladding, high-speed cladding, 3D printing, and technical services
4. National Research Support Continues to Push High-Entropy Alloy Cladding Forward
National-level funding guidance has highlighted research on laser-cladded refractory high-entropy alloy coatings, particularly for extreme service environments involving very high pressure and temperature. The focus includes microstructure control, directional solidification mechanisms, and anti-ablation behavior under coupled thermal, mechanical, and chemical loads.
- Target applications include thick-walled steel components under extreme conditions
- Research emphasis includes multiphysics-assisted cladding process control
- High-entropy alloy systems are increasingly viewed as strategic coating materials for harsh environments
5. Academic Progress: Nb-Si Synergistic Strengthening in High-Entropy Alloy Coatings
A recent research update reported progress in AlCoCrFeNiNbxSi1-x high-entropy alloy coatings prepared on H13 steel by laser cladding. The study combined first-principles calculation with experimental work and found that a composition around x = 0.75 provided an especially strong balance of thermodynamic stability, oxidation resistance, and wear performance.
- BCC phase showed the best stability near x = 0.75
- Microstructure evolved from single-phase BCC to BCC + Laves eutectic with Nb variation
- Dense Al₂O₃ oxide film contributed to better oxidation resistance
- The results are relevant for high-temperature molds and other severe-service tooling applications
6. Technology Outlook for the Laser Cladding Industry in 2026
| Trend Direction | Key Development |
|---|---|
| High-Power, High-Speed Cladding | Becoming a practical route for large-scale remanufacturing of industrial components |
| Teach-Free Automation | 3D vision and AI algorithms are enabling automatic path planning |
| Portable and On-Site Repair Systems | Responding to the growing need for field repair and large-part service |
| High-Entropy Alloy Materials | Emerging as a research hotspot for high-temperature and severe-wear resistance |
| Accelerating Overseas Expansion | Chinese cladding equipment is reaching more customers in Europe and Southeast Asia |
| Industry Chain Integration | More suppliers are shifting to integrated material + service business models |
HALDEN Editorial View
The laser cladding industry is moving beyond a narrow focus on equipment power and deposition rate. The next phase of competition will center on application engineering, automation, alloy design, field service capability, and full-chain solution delivery.
For industrial users, the most important question is no longer just which system can clad faster. It is which supplier can deliver the right combination of equipment, metallurgical performance, process stability, and commercial support for long-term production and repair value.
Looking for Laser Cladding Solutions for Heavy Industry?
HALDEN provides practical laser cladding solutions for wear-resistant repair, surface enhancement, remanufacturing, and industrial component life extension across mining, cement, power generation, oil & gas, and steelmaking applications.
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