Single‑Platform Large Laser Cutter

Hebei Juliang Technology Co., Ltd. is one of the leading manufacturers and suppliers of single‑platform large laser cutter 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.

Let's start with what you're looking at. This is a single‑platform fiber laser cutter designed for shops that need to process sheet metal without building an annex for the machine. The platform itself is the cutting bed – no pallet changers, no dual‑shuttle complexity – just a straightforward table that handles standard sheet sizes up to 3000mm × 1500mm.

What makes it useful is the range. You can run 1500W for thin‑gauge work or step up to 12000W for thicker plate. The fiber laser source delivers consistent beam quality across that entire power band, so you're not swapping hardware when material changes. And because the cooling is air‑based rather than water‑based, installation doesn't require plumbing or coolant management – just power and compressed air.

 

 

Technical Parameters

Specifications based on factory testing. Actual performance may vary with material quality and assist gas selection.

Compact Gantry Frame Resists Deflection This detail even caught our engineering team off guard during early‑stage testing. Our gantry weighs less than traditional alternatives, yet its welded‑steel construction delivers solid rigidity. On 3 mm stainless steel, repeat positioning accuracy holds steady at ±0.03 mm. We put it through a 500‑hour non‑stop cutting test using 6 mm mild steel. Minor drift did show up eventually, but it still stayed fully within acceptable working tolerances.

Air‑Cooled Design: No Water Circulation, No Leak Risks You can do away with an external chiller entirely. The built‑in air‑cooling setup dissipates heat from the laser source without needing separate water piping. This solves several real‑world pain points: no risk of coolant freezing in cold winter conditions, no pump breakdowns, and no limescale building up inside fluid lines. One metal fabrication shop based in Russia shared that this single feature saved them roughly two weeks of production downtime every year.

Real‑World Power Savings Reflected in Utility Costs Fiber lasers turn 30‑35% of incoming electricity into usable cutting energy. By comparison, old CO₂ laser systems only reach around 10% efficiency. For a 6000 W unit, this gap adds up to noticeable monthly electricity savings, particularly for facilities running two or three shifts each day.

Servo‑Driven Axes for Stable Acceleration Servo motors power the X, Y and Z axes, supporting acceleration levels up to 1.5G. When cutting nested layouts with lots of piercing points, faster traverse motion shortens overall cycle times. Operators will observe how quickly the machine moves between piercing positions. Over the course of an entire work shift, those small time gains make a tangible difference to total output.

Simple On‑Site Setup, No Custom Electrical Work It works off regular 220V single‑phase power supply. There is no requirement for three‑phase power modifications or extra dedicated transformers. Some of our customers have finished their very first test cut just four hours after the machine arrived on‑site.

Minimal Floor Space, Generous Cutting Envelope The machine's overall footprint is only slightly larger than its actual working cutting table. For workshops where every square meter comes at a premium, this practical advantage frequently becomes the key reason to bring laser cutting in‑house, instead of sending jobs out to third‑party vendors.

Built for Non‑Stop Production Thanks to the air‑cooled architecture, the machine can sustain long‑hour production, provided you keep the air intake vents unobstructed. We completed round‑the‑clock 24‑hour cutting trials with 6 mm carbon steel, and experienced zero thermal‑triggered emergency shutdowns.

Q: How quickly can operators learn to use the machine?
Most operators with some CNC or fabrication experience pick it up in 2-4 workdays. The control system simplifies things with preset parameters for common materials; you just choose the material and thickness, and the machine handles the cutting settings. The main learning involves part nesting and understanding how materials behave.

Q: What types of materials can this machine cut well?
It handles carbon steel, stainless steel, galvanized steel, aluminum, copper, brass, and titanium. Oxygen assist makes carbon steel cut fastest, while nitrogen provides a cleaner cut for stainless and aluminum. Copper and brass can be cut, but they need very precise process control.

Q: How often does it need maintenance?
Each week: clean the protective lens and check the nozzle. Each month: inspect the air filter and cooling vents. Every six months: check the servo belt tension and lubricate guide rails. The laser itself needs no maintenance for its 20,000-30,000 hour lifespan.

Q: What's the timeline from ordering to receiving the machine?
Our standard setups usually ship within 20-30 business days after order confirmation. If you need custom options like different bed sizes, higher power, or special control systems, expect 30-45 days. We ship globally with export-ready packaging (crated, strapped, and moisture-protected for sea transport).

Q: Is installation and training included?
Yes, absolutely. We partner with local engineering firms in most areas for on-site installation and training. For international clients without local support, we offer 24-hour remote video assistance. Our engineers are experienced and know what to ask to resolve most issues remotely via video, often without needing to send replacement parts.

Let's walk through some real‑world use cases from our recent shipments. You might be surprised at just how many different industries are putting these machines to work.

Automotive manufacturers turn to us for components such as exhaust flanges, mounting brackets, suspension parts and raw body panel blanks. For their production lines, consistent reliability is non‑negotiable. Every piece has to fit up and weld properly, and that's what this system delivers day‑in and day‑out.

Fabrication shops make up our biggest group of buyers. Their work runs the full gamut, from basic steel frames all the way to stainless‑steel equipment enclosures. One practical benefit they often point out is how easily the machine transitions between different materials. One shift they may be running 3 mm galvanized steel for electrical cabinets; the next, 6 mm carbon steel for heavy machine bases, with no major setting overhauls in‑between.

Kitchen‑equipment manufacturers form a smaller yet important market segment. Most of their work centers on stainless steel - commercial countertops, sinks, cookware and food‑prep worktables. Much of this calls for thin‑gauge stock. The laser leaves a clean cutting edge, so parts go straight to welding with no secondary finishing step. Many customers end up doing away with a dedicated grinding station entirely.

Customers working in construction and structural steel produce handrails, gates, embedded base plates and structural brackets. A lot of these parts feature intricate contours and cut‑out details. Compared to plasma cutting, laser processing eliminates most follow‑up grinding work. Several contractors have told us their finishing‑stage labor dropped by close to half after switching over.

Sign‑making businesses don't always place large‑volume orders, but they tend to stay with us long‑term. They rely on the equipment for metal lettering, display frames, exhibition structures and architectural metal features. Jobs are frequently low‑volume runs, yet visual quality matters a great deal. The machine holds up on fine detailed work that standard routers struggle to pull off.

Ship‑building component suppliers cut internal pipe supports, deck hardware and ventilation assemblies, mixing structural carbon steel and stainless grades. Marine operating conditions are unforgiving. Rough cut edges speed up corrosion, so surface quality cannot be overlooked. The laser yields smooth surfaces, helping paint and galvanized coatings adhere well without extra surface preparation.

Furniture makers use our lasers for chair, table and shelving steel frames, plus weather‑resistant outdoor furniture. They regularly alternate between thin‑walled tubing and flat sheet metal, sometimes within a single job. Being able to process both forms without swapping tooling saves them meaningful amounts of production time.

Then there are general job shops - probably the most varied application set of all. Clients send over drawings, and they need accurate cut blanks built exactly to spec. One week it could be custom brackets for local machinery firms; the next, decorative grilles specified by an architectural office. This kind of work really puts a machine's stability and flexibility to the test. Material types and thickness shift constantly, and unplanned downtime for recalibration quickly eats into profit margins.

Whatever line of work you operate in, this platform can handle these varied tasks comfortably. If you're still evaluating whether it fits your requirements, we offer free sample cutting service. Send us your material sample, and we will run real cuts so you can see the output before you commit.

Hebei Juliang Technology Co., Ltd. entered the CNC cutting sector back in 2014. Our very first offering was a portable cutting unit - simple, but solid and functional. Growing export demand has driven three separate factory expansions, with our most recent upgrade completed in 2025.

Today our product portfolio covers more than 20 distinct configurations. That range stretches from 1500 W entry‑level fiber laser cutters all the way up to 30 000 W heavy‑duty industrial models, alongside side‑hung tube‑cutting machines. Inside our workshop, we use large‑format laser cutters, gantry milling equipment, swing‑arm drill presses, laser welding stations and high‑precision collimators to carry out alignment validation during manufacturing.

Our standard production workflow follows this sequence:

Raw Material → Frame Welding → Stress Relief Treatment → Precision Machining → Mechanical & Electrical Assembly → Comprehensive Performance Testing → Packing → Shipment

Every unit goes through extended burn‑in testing prior to packing. We don't merely power the machine on; we run actual cutting samples to check laser power stability and finished‑edge consistency. This rigorous in‑house testing explains why our product return rate has remained below 1% for the past three years.

We hold multiple invention patents and utility‑model patents, alongside CE certification. The company has been recognized as a Hebei‑province High‑Tech Enterprise and a Specialized "Little Giant" enterprise. Our equipment is exported to Southeast Asia, Russia, Africa, Europe and North America.

 

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