AtomStack Technologies Market Share Analysis for февраль 2026

The World's First Professional 1064nm 20W Frame Type Fiber Laser Engraver 20W Fiber Laser Power: The world's first 1064nm wavelength infrared fiber laser marking and engraving machine with optical power up to 20W. Multi-Material Application: The AtomStack 20W infrared fiber laser engraver and cutter can be applied to all daily metals (copper, iron, aluminum, zinc, silver, etc.) and plastics for high-speed, fine engraving. It can also engrave black acrylic, leather, ceramics, and rock. Metal Cutting: With 20W fiber laser power and 0.03*0.06mm ultra-fine spot, AtomStack A20/K1 Pro 1064nm can easily cut 0.2mm aluminum business cards by one-pass. Resume Engraving: In the face of accidental interruption of the work, AtomStack self-developed intelligent motherboard can realize the power failure to continue carving function, continue to work without wasting materials. Ultra-Fast Working Speed: the machine adopts the movement structure of optical axis + linear guide, more can realize 400mm/s ultra-high-speed high-precision operation, and the engraving accuracy can reach 0.01mm under the limit speed, which greatly improves the working efficiency. Fiber-Optic Conduction: The laser energy transmission adopts the fiber-optic conduction method, which can greatly improve the energy transmission efficiency and reduce the energy transmission loss. Relief Engraving: The 1064nm infrared laser is well suited for deep engraving on neat slate planes, demonstrating a relief effect. New Robust Structure: This laser marking machine features an optical axis and linear guide movement structure, a modular design, and a quick 15-minute installation. Rust Removal: The AtomStack A20/K1 Pro 1064nm fiber laser engraver and cutter is very suitable for removing the surface rust layer from metal. It can quickly perform laser rust removal on metal. Safety Protection: AtomStack prioritizes the safety of your work. This laser marking and engraving machine is equipped with a physical switch ke