As a small-scale metal fabricator or designer, you are likely familiar with the limitations of traditional equipment, such as slow cutting speed, limited precision, and the high operational costs associated with maintaining multiple specialized machines including CNC fiber laser cutters, CO₂ laser engravers, and handheld laser tools for welding, cutting, or cleaning.

 

The M Series integrates all these functions into one compact, professional-grade cutting system, powered by a high-performance 1200W fiber laser and a 130W CO₂ laser. With cutting speed up to 800mm/s and ±0.02mm repeat positioning accuracy, it easily handles 10mm carbon steel and 25mm wood. Its intelligent system simplifies operation, boosting productivity and precision without the complexity or cost of traditional equipment.

All You Need, No Extra Feed

Say goodbye to bulky, expensive machines. The Gweike M Series 6-in-1 packs everything you need into one sleek unit—fiber laser CNC, handheld laser welding, handheld laser cutting, handheld laser cleaning, CO₂ cutting, and CO₂ engraving.

With 1,200W fiber laser source and 130W CO₂ laser tube, it handles both metal and non-metal with ease. No need for multiple machines or extra costs. You get 5X faster welding, repeat positioning accuracy: ±0.02 mm, and all the tools to bring your ideas to life—without breaking the bank.

What the Experts Are Saying

Deeper Cut, Stronger Act

Capable of cutting through carbon steel up to 10mm, stainless steel up to 6mm, and wood up to 25mm, this system delivers powerful performance for a wide range of materials. Its robust cutting ability ensures deeper penetration and cleaner edges, making it ideal for heavy-duty applications and durable projects.

With exceptional beam quality (M² value between 1.05 and 1.2) approaching the theoretical limit, the laser produces an ultra-fine focused spot, enabling high-precision cutting with razor-sharp lines and intricate details.

The system uses servo motor-driven linear guides with fast dynamic response and a repeated positioning accuracy of ±0.02mm. Thanks to a 70% boost in motion responsiveness, it provides smooth, jitter-free cutting—ideal for complex curves and precise designs. This ensures every cut is clean, sharp, and perfectly aligned with your design intent.

Faster Speed, Less To Feed

The machine is equipped with servo motors and linear guide rails. The servo motors provide high dynamic response with an acceleration of up to 1G. The linear guide rails feature an optimized ball and roller recirculation design, ensuring smooth and stable operation even at high speed. 

With a maximum working speed of 800 mm/s, this system helps you complete cutting, engraving more efficiently. The high-speed motion reduces production time, minimizes material waste, and lowers the need for manual adjustments—making your workflow smoother and your output more consistent, all without compromising on accuracy.

Bigger Size, Greater Rise

Gweike M Series 6-in-1 now features a spacious 54.3 × 36.2 in (1,380 × 920 mm) working area, providing a bigger workspace to carry more of your dreams and creativity. This expanded space gives you the freedom to handle larger and more complex projects with ease. 

This feature supports loading and processing full sheets up to 54 inches wide, allowing you to cut custom sizes directly based on your specific needs. 

It eliminates the cost of secondary processing, improves overall efficiency, and effectively reduces labor expenses.

4-in-1 Laser Head, 30s Quick Switch

Modular laser head (Fiber/CO₂) design enables fast switching between cutting, welding, cleaning, and engraving—just swap the head and adjust parameters.

Master Every Material with Ease

Intelligent Flowing Cutting

Continuous cutting without interruption maximizes productivity by eliminating idle time. Single-positioning capability enables completion of the entire board cutting in one setup, significantly reducing turnaround time. 

The cutting head remains engaged without returning to the origin after each operation, allowing rapid jumps and precise positioning across the workpiece to achieve seamless, high-efficiency cutting cycles.

Common Edge Cutting VS Separate Cutting

Traditional independent cutting requires a 0.2–0.5 mm margin per edge, while common-edge cutting eliminates redundant gaps by sharing cutting edge, improving material utilization by 10%–25%. 

Shared edges need only one cut to separate adjacent parts, reducing cutting travel by 30%–50% compared to traditional methods. Of course, non-common-edge cutting is also fully supported to meet diverse processing needs.

Autonomous Obstacle Avoidance

Obstacle detection enables automatic path adjustment to avoid collisions, minimizing manual interruptions, enhancing efficiency, and ensuring operational safety.

Micro-jointing VS No Micro-jointing

Micro-joints ensure that small, delicate parts remain connected to the sheet during the cutting process, preventing them from being ejected and potentially damaging the cutting machine or causing safety issues. 

It maintains material stability during complex contour cutting, preventing displacement of thin plates. Non-micro-connection cutting is also supported for flexibility.

Automatic Edge Finder

With a 20cm (7.89in) lift capacity, it’s ready for use with the upcoming rotary axis.

Industrial Nesting Software

Advanced nesting algorithms such as automatic layout optimization, common line cutting and scrap material reuse significantly improve material utilization. These techniques are especially effective for irregular parts and can reduce raw material waste by 15% to 30%.

Electromagnetic Proportional Valve Control

 

The electromagnetic proportional valve dynamically adjusts pressure for piercing, cutting, and corner protection. It delivers gas on demand to reduce waste and costs. Its closed-loop feedback enables real-time calibration, improving consistency and reducing manual input. Fast and reliable, it’s essential for precise, efficient cutting.

Transform Your Life with Groundbreaking Ideas

Handheld Laser Welding

Laser Welding VS MIG Welding

Laser welding can reach speed of 200–300 cm/min, while traditional MIG welding typically operates at 30–60 cm/min, depending on the material and thickness. This means laser welding can be up to 5 times faster, making it a superior choice for applications that demand both speed and precision.

Compared to traditional MIG and TIG welding, laser welding produces cleaner, narrower seams with minimal heat-affected zones, resulting in stronger joints and a more refined finish. It’s the ideal solution for users who demand both precision and aesthetics.

Multi-mode Welding

M Series supports spot welding, continuous welding, and pulse welding modes to meet a wide range of fabrication needs.

Welding Thickness

Supports welding thickness from 0.2mm to 5.0mm, meeting a wide range of application needs.

100+ Materials. One Touchscreen to Master Them All

The intuitive smart touchscreen simplifies your workflow. It features a built-in library with processing parameters for over a hundred materials, allowing you to quickly select commonly used options and switch effortlessly between laser welding, cleaning, and cutting. You can also save and instantly recall custom settings for maximum efficiency.

Underwater Welding

The welding nozzle can be submerged in water for high-quality welding without affecting performance. It poses no electrical risk, ensuring safe and stable operation underwater.

Experience the Beauty of Metal

Handheld Laser Cleaning

Laser cleaning is an efficient, environmentally friendly, precise, and versatile modern industrial cleaning technology that is gradually replacing traditional chemical and mechanical cleaning methods. 

Cleaning Width

With up to 20.0mm cleaning width, you can cover more surface in a single pass, making rust, paint, and residue removal faster and more efficient. Ideal for both precision work and large-area cleaning.

Whether you are in a workshop or working on-site, laser cleaning makes it easy to perform powerful and effective cleaning anywhere. Quickly and effortlessly bring old and worn items back to their original shine.

Handheld Laser Cutting

Cutting becomes more accessible and flexible, opening up a world of creative possibilities. Whether working with curved shapes or intricate patterns, you can achieve smooth, fluid designs without the constraints of traditional tools. Supports material thickness from 0.5mm to 3.0mm, making it ideal for both artistic projects and practical applications.

Experience More

Engrave intricate wood grain, cut vibrant acrylic shapes, engrave personalized leather tags, or craft unique bamboo gifts. From wood and plastic to paper and rubber—whether for art, custom creations, educational projects, or small-batch production, this machine handles it all. With quick laser head swaps and seamless mode switching, your creativity flows freely across a wide range of non-metal materials.

CO₂ Laser Cutting

Our CO₂ laser cutting system offers cutting speed up to 800mm/s and supports material thickness up to 25mm on wood and acrylic, delivering smooth, precise cuts with minimal kerf. 

Elegance in Every Detail

CO₂ Laser Engraving

Our CO₂ laser engraving system delivers exceptional speed and accuracy for creators who demand professional results. With engraving speed up to 800 mm/s and precision down to ±0.02 mm, every cut and detail is clean, sharp, and consistent. Whether you’re working with wood, acrylic, leather, or glass, this machine ensures your designs come to life exactly as you imagined — fast and flawlessly.

Crafted with Precision

Works Reliably In Most Temperatures

Traditional equipment (such as oxygen-fuel cutting) generates exhaust pollution. In costrast, fiber laser have low energy consumption (30-50% less electricity than CO₂ laser), and laser cleaning produces no wastewater, complying with environmental regulations (EPA standards).

Equipped with an industrial-grade centrifugal fan which delivers strong suction power to quickly remove cutting smoke and exhaust. It operates stably and is suitable for long hours of continuous use.