Metalworking Made Simple, Let's Make It Popular.
Metalworking used to be daunting—complex tools that stifle creativity, unfriendly to beginners, and prohibitively expensive.
With xTool MetalFab, that changes. Industrial power meets garage simplicity. Weld and cut with pro-level precision from Day 1. No jargon. No frustration. Just pure, limitless creativity.
Together, let's turn metalworking into the next woodworking—accessible, inspiring, and completely yours.
From DIY to Business, xTool Covers All Your Metal Needs.
8× Faster Welding – Maximizing Efficiency Beyond TIG
Laser welding delivers ultra-high energy density, completing a 0.79-inch (20 mm)-long carbon steel weld in just 14 seconds—compared to 2 minutes with traditional TIG. That’s 8× faster, with no compromise on strength.
Master Every Weld, No Matter the Metal, Thickness, or Joint Type.
Fiber laser technology minimizes heat-affected zones to ≤0.002 inches (0.05mm), enabling precise welding of thin metals without distortion. Its high-energy output ensures rapid metal melting, allowing single-pass welding for materials up to 0.2 inches (5mm) thick. With this technology, deep and narrow welds are achieved with stable and consistent quality.
SGS-Certified Quality You Can Trust
xTool MetalFab delivers reliable welding performance, verified through rigorous tests conducted to industry standards. All tests were performed in the xTool Lab, with results certified by SGS — a globally recognized authority in testing and certification.
From 0.008" to 0.39" Thickness, Every Cut is Smooth, Clean, and Flawless.
The 1200W high-energy fiber laser effortlessly cuts carbon steel up to 0.39 inches (10 mm) thick in a single pass. With its minimal heat-affected zone and high laser power, it ensures precise cutting results. It delivers smooth, clean surfaces while effectively preventing deformation in thin metals. This significantly reduces the need for post-processing.
Precision You Can See, Ultra-Fine in Every Detail.
The secret behind precision cutting lies in the exclusive VibeFreeCut™, FlexiTrack™, and ObstacleFree™ technologies, designed to work together to deliver unmatched precision, making every cut flawlessly accurate and effortlessly smooth.
Dual-Camera: See
Smarter, Cut Easier,
Sharper.
One-Click Smart Nesting: Up to 98.7% Material Use
Equipped with a 16MP panoramic camera and AI algorithms, the system analyzes materials and generates optimal cutting layouts with one click, achieving a 98.7% material utilization rate.
Ultra-Accurate Cutting for Small Objects.
The close-range camera ensures precise positioning with a center deviation of less than 0.008 inches (0.2mm), delivering exceptional accuracy and reliability—perfectly suited for even the smallest objects.
Save 50% on Gas with xTool's Innovative Solution
Our proprietary SaveGas™ Solution combines the SaveGas™ nozzle with the xTool-selected air compressor and dryer, designed to maximize cutting efficiency. The ceramic ring inside the nozzle forms a tight seal against the material surface, optimizing airflow and enhancing cutting performance. When cutting 0.16 inches (4 mm) stainless steel to a burr-free finish, xTool accessories require only 87 PSI (0.6 MPa)—saving up to 50% in gas compared to nitrogen cutting at 174 PSI (1.2 MPa).
*Gas consumption comparison when cutting 4mm stainless steel to achieve a burr-free finish.
Burr-Free Cutting of 0.16-inch Stainless Steel at Just 87 PSI
xTool SaveGas™ Solution Compared to Others
Powerful Software Makes Creation Effortless.
One-Tap Setup, 108+ Parameters Ready for You
The 8-inch Smart Touchscreen with an intuitive interface makes operation effortless. Preloaded with 108+ material parameters, it’s ready to use instantly. Easily switch between three welding modes with a single tap and fine-tune parameters with precision. Save custom settings and access them effortlessly with just one tap.
Reliable Sales Support for a Truly Worry-Free Experience
It’s Proven to Last 30% Longer Than Others.
Built with high-quality industrial-grade materials, a Coherent chip, advanced temperature adaptability, intelligent thermal control, and high-performance cooling, the device delivers stable performance even in extreme temperatures (-10°C to 40°C). The design minimizes overheating risks, ensuring long-term reliability and cost-efficiency during high-load and extended operations. With a lifespan exceeding 10,000 hours, it outlasts competitors by 30%.
Made with Care for Your Best Experience
Tried and Tested by Top Influencers.
What Experts Are Saying
In the Box
FAQ
Epic shots start with great composition. With the built-in golden ratio composition,
professional camera movement can lock on the subject to shoot more aesthetic footage.
Dual-galvanometer (shortened to galvo) lasers use two precision mirror galvanometers to direct the beam at any angle within the marking window of the laser. This means, the laser beam is quickly moved by the reflection of small mirrors inside the laser module, instead of moving by the whole laser module's movement, which can increase the speed by 10 times. Galvo is often used in industrial batch processing.
Dual-galvanometer (shortened to galvo) lasers use two precision mirror galvanometers to direct the beam at any angle within the marking window of the laser. This means, the laser beam is quickly moved by the reflection of small mirrors inside the laser module, instead of moving by the whole laser module's movement, which can increase the speed by 10 times. Galvo is often used in industrial batch processing.
Dual-galvanometer (shortened to galvo) lasers use two precision mirror galvanometers to direct the beam at any angle within the marking window of the laser. This means, the laser beam is quickly moved by the reflection of small mirrors inside the laser module, instead of moving by the whole laser module's movement, which can increase the speed by 10 times. Galvo is often used in industrial batch processing.
Dual-galvanometer (shortened to galvo) lasers use two precision mirror galvanometers to direct the beam at any angle within the marking window of the laser. This means, the laser beam is quickly moved by the reflection of small mirrors inside the laser module, instead of moving by the whole laser module's movement, which can increase the speed by 10 times. Galvo is often used in industrial batch processing.
