CO2 Laser Tube | 40W to 150W Power | 700mm-1830mm Length | For Precision Engraving & Cutting

Upgrade your laser engraver's cutting and marking performance with the SIHAO CO2 Laser Tube, available in power outputs from 40W to 150W. Engineered with a consistent 80mm diameter and lengths from 700mm to 1830mm, this tube delivers reliable, high-intensity beams for clean cuts and deep engravings on a wide range of non-metallic materials. Features and Benefits - Power Range from 40W to 150W - Select the precise power level for your project needs, from detailed engraving on delicate materials to high-speed cutting through thicker woods and acrylics. - Standard 80mm Diameter Design - Ensures broad compatibility with most common CO2 laser engraver and cutter frames for a straightforward upgrade or replacement. - High-Quality Glass Construction - Provides excellent optical clarity and thermal stability for a consistent, focused beam that maintains its power output over extended use. - Multiple Lengths (700mm to 1830mm) - Find the exact fit for your machine's chassis, minimizing installation hassle and ensuring optimal beam alignment. - Powerful Beam Output - Achieves faster processing speeds and deeper engraving/cutting depths compared to lower-wattage tubes, boosting workshop productivity. Applications - Professional Sign Making and Acrylic Fabrication - Produce crisp, clean edges on letters and intricate shapes for commercial signage and displays. - Custom Woodworking and Personalized Gifts - Engrave detailed artwork, text, and photographs onto wood, leather, and coated metals for bespoke creations. - Industrial Prototyping and Model Making - Precisely cut and mark various plastics, foams, and engineered woods to create accurate prototypes and architectural models. - Textile and Apparel Production - Cut and mark fabrics, leather, and other soft materials for custom apparel, bags, and promotional items. Note Always handle with care and install according to your machine manufacturer's guidelines. Proper alignment and cooling are critical for maximizing tube lifespan and performance.