Hebei Juliang Technology Co., Ltd. is one of the leading manufacturers and suppliers of Light weight Fiber Laser Cutting Machine in China. Please feel free to buy CE approved machinery made in China here from our factory. All customized machines are with high quality and competitive price.

Why doesn't your workshop need huge machines?

Honestly, most small and medium-sized workshops don't require a massive machine that takes up a huge amount of space and weighs a ton. What's truly needed is equipment that can cut accurately, operate efficiently, and won't drain your budget on power and upkeep. That's precisely why we developed this lightweight fiber laser cutting machine. It masterfully blends industrial-grade performance with the practical needs of a workshop. It precisely cuts stainless steel, carbon steel, aluminum, copper, and galvanized sheet, just like a machine twice its size and three times its cost. And here's the best part: unlike those enormous machines, this one only weighs 300kg.

Why lightweight? Why is it important?

A detail often left out of catalogs is the gantry system in traditional laser cutters. They use heavy cast iron, which is strong but also slow, expensive to operate, and bulky. Our equipment uses a specialized aerospace-grade aluminum gantry instead. Aerospace aluminum offers a better stiffness-to-weight ratio than cast iron. Being lighter means it accelerates faster, leading to shorter cycle times and thus more parts produced per shift – it's simple logic. We've also equipped both sides of the Y-axis with a gear-rack dual-drive system. This prevents the cutting line from distorting even at high speeds, ensuring your parts maintain their precision. Furthermore, our welded bed frame is stress-relieved at high temperatures to prevent any warping over many years.

This design is ideal for small and medium factories because:
It has a small footprint, ideal for space-conscious workshops.
It requires less extensive foundations, avoiding the need for poured concrete.
It's simple to relocate if you need to adjust your factory layout.
Transportation is more affordable as it fits standard shipping containers.

Who Actually Uses This Machine?

Hardware & Sheet Metal Shops

Advertising Signs

Metal Furniture

Agricultural Machinery

Our Certificate

Customer Case: From Plasma Problems to Profit

The Customer – A U.S.-based manufacturer with over 100 years of operating history across textile, plastic, and metal processing. They ran multiple plasma and CO₂ laser cutting machines, offering custom cutting services for metal sheets and tubes across kitchenware, appliances, construction, and automotive industries.

The Real Pain – Their production line was bleeding money. Plasma cutters were slow, produced wide kerfs and rough edges requiring secondary finishing, and generated so much smoke it was a health hazard. CO₂ lasers? Constant maintenance-laser tubes, cooling systems, mirrors, lenses, auxiliary gas supplies all needed frequent replacement-1. And the cutting quality wasn't consistent. Beam instability meant scrap rates that ate into margins.

The Solution – They needed a machine that could cut both plates and tubes with high precision. We suggested our lightweight fiber laser cutter with 3kW power. The open design and single platform made it compact enough for their existing floor layout-. We ran an online live demonstration cutting 8mm carbon steel and 3mm aluminum so they could see the quality before committing.

The Result – Overall processing efficiency improved by 30%. No more slag cleanup. No more thermal distortion. No more smoke filling the shop-. They went from struggling with urgent orders to actually turning jobs around faster than their competitors.

One specific metric that mattered: they cut 2mm 304 stainless at 32 m/min-roughly 40 times faster than their plasma table-with zero dross and edges ready for welding without grinding-.

Everything You Need to Know

What's the real difference between a fiber laser and a CO₂ laser for metal cutting?

Fiber lasers operate at 1.07 µm wavelength, which metals absorb much more efficiently than CO₂'s 10.6 µm. That means fiber cuts 2–5× faster on thin sheet metal. Fiber also runs at 30–50% wall-plug efficiency vs. CO₂'s 10–15%-so your electricity bill drops by about two-thirds. And fiber has no consumable optics or gas refills.

How long does the laser source actually last?

Fiber laser diodes typically run 100,000 hours before any noticeable degradation. That's over 11 years of 24/7 operation. CO₂ lasers start degrading around 30,000 hours.

Can beginners operate this machine?

Yes, but don't skip the training. Modern CNC software is user-friendly with one-click DWG/DXF drawing import. Most machines include auto-focus that adjusts automatically for different material thicknesses. That said, a laser is a powerful tool-proper training isn't optional, it's essential.

What's the delivery time and how is it shipped?

Standard delivery is 15–30 working days depending on configuration. The machine loads as a whole unit into a 40HQ container-no disassembly required. We handle export documentation and can recommend freight forwarders.