News Release
Provide customized overall solutions for high-performance metal additive manufacturing and surface treatment according to customer needs to meet customers’ higher demands for advanced manufacturing technology
Advanced Aluminum Alloy Laser Cladding Repair Technology: Applications, Quality Standards, and Industry Trends
Laser cladding technology for aluminum alloy repair is becoming a core solution in modern industrial remanufacturing. By forming a high-performance alloy layer on damaged surfaces, laser…
Laser Cladding Technology: From “Powder Domination” to the Rise of “Wire” in a Diversified Innovation
As a key technology in the field of surface engineering, laser cladding has undergone decades of evolution and is now widely applied in industries such as…
Laser Cladding: A Revolutionary Surface Treatment Technology for Component Repair and Performance Enhancement
Laser cladding is an advanced technology that has revolutionized the way we repair and restore components. It is an additive manufacturing process where high-power laser beams…
Laser Cladding Repair: A Revolutionary Surface Treatment Technology
Laser cladding technology is an interdisciplinary advanced surface modification technique that involves the use of a laser beam to rapidly heat and melt alloy or ceramic…
Greenstone Laser Technology: Leading Innovation in Ultra-High-Speed Laser Cladding
Introduction to Greenstone Laser Technology Greenstone Laser Technology has established itself as a leader in ultra-high-speed laser cladding, a revolutionary surface coating technology. Selected as one…
The Evolution of Laser Cladding Technology: From “Powder” to “Wire” – A Dual-Track Innovation
1. Introduction: Breaking Traditional Boundaries Laser cladding technology, a critical process in surface engineering, has played a vital role in component repair and enhancement across…
Indonesian Delegation Visits Greenstone-tech: Exploring New Opportunities for Collaboration in Additive Manufacturing Technologies
On the morning of August 15th, a delegation from Indonesia visited the Greenstone-tech production base in Chengdu for an in-depth field investigation. The visit focused…
Laser Cladding Coatings: The “Hard Armor” of Industrial Repair and How It Reshapes the Future of Manufacturing
In the steel jungle of the industrial world, wear and corrosion of mechanical components act as invisible “killers,” silently eroding the lifespan and efficiency of…
How Can High-Speed Laser Cladding Technology Enhance Powder Utilization and Reduce Processing Costs?
In the face of increasing global competition in manufacturing, high-speed laser cladding technology has emerged as a core solution in surface engineering and remanufacturing due…
Electron beam metal 3D printing has achieved domestic substitution and surpassed, and has great potential for future development
In recent years, China’s metal laser 3D printing technology has flourished, with leading companies represented by Polylite, Farsoon High-Tech, and Yijia 3D growing rapidly. In…
Greenstone-Tech Invites You to Explore the Future of Additive Manufacturing at TCT Asia 2025
Meta Description:Join Greenstone-Tech at TCT Asia 2025 (March 17-19) in Shanghai, where we will showcase cutting-edge metal additive manufacturing technologies, including our LAM series and…
A Comprehensive Analysis of the Laser Cladding Industry in China (2025): Technology Comparison and Market Outlook
Introduction: The Rise of Laser Cladding Technology Amid the global manufacturing upgrade, laser cladding technology is gaining increasing attention as a revolutionary solution for improving the…
Laser Wire Feeding Cladding Technology: An Innovative Solution to Overcome Traditional Manufacturing Bottlenecks
1. Technology Background and Industry Challenges In the application of traditional laser powder cladding technology, the manufacturing industry faces three prominent technical challenges: high powder…
Our Turbine Accessories Packaging
Our turbine blades are manufactured from high-performance materials such as Nickel Alloy, Inconel, Hastelloy, and Titanium Alloy, ensuring exceptional durability and performance under extreme conditions. In addition to turbine…
Fine powder recovery rate exceeds 70%, plasma rotating electrode atomization powder making technology – successfully delivered to overseas customers
A few years ago, SLAM purchased a new plot of land and has built an office building and two factory buildings, some of which have…
Extreme High-Speed Laser Cladding Technology: The Future Development Path for Manufacturing
1. Technology Overview and Background Extreme High-Speed Laser Material Deposition (EHLA) technology is a groundbreaking advancement in the fields of surface engineering and additive manufacturing,…
Development Trends and Challenges of Carbide Tool Laser Cladding Technology
Carbide tool laser cladding technology is an advanced surface engineering method that uses a high-energy laser beam to melt and bond hard alloy materials to the…
Greenstone-tech: Leading the Charge in Laser Cladding and Wear-Resistant Technology
In the vast industrial landscape, machines and equipment function like precisely working “steel beasts,” while molds and components act as the essential “bones” supporting their…
Greenstone-Tech and Partners Publish Breakthrough Research on Hybrid Additive–Subtractive Manufacturing in Computer-Aided Design
Greenstone-Tech, together with six academic and research institutions, recently published a joint paper in the prestigious international journal Computer-Aided Design titled “Challenges in Topology Optimization…
First Reconfigurable Self-Organizing Laser Paves the Way for Innovations in Laser Cladding Technology
A research team from Imperial College London and University College London has recently developed the world’s first self-organizing laser that can dynamically reconfigure under changing…
The Importance and Irreplaceable Role of Laser Cladding in Modern Industrial Development
The concept of Laser Cladding dates back to 1974, when Gnanamuthu from ACVO Everett Research Lab Inc. in the United States filed the world’s first patent…
Technical Analysis of Laser Cladding Powder Feeding Methods
Laser cladding, as an advanced technology for the manufacturing, strengthening, and repair of metal components, has been widely applied in industries such as aerospace, automotive,…
EHLA 3D: Fraunhofer ILT Advances Its High-Speed Laser Material Deposition Technology for Manufacturing
According to Greenstone-Tech, Fraunhofer Institute for Laser Technology (Fraunhofer ILT) has developed the EHLA (Extreme High-Speed Laser Material Deposition) technology, which is considered an efficient…
Laser Cladding Technology Driving the Upgrade of Agricultural Machinery Manufacturing
As the wheat fields wave in the wind, it’s once again harvest season. According to statistics, by 2000, the level of mechanization in China’s agriculture…
Laser High-Speed Cladding Technology: Injecting New Momentum into China’s Green Manufacturing
In the industrial manufacturing sector, laser high-speed cladding technology is emerging as a revolutionary solution. Its excellent efficiency and eco-friendly characteristics provide strong technological support…