Whether you're cutting mild carbon steel, aluminum, brass, copper or stainless steel, a fiber laser cutting machine offers high precision and high cutting speeds that makes it the go-to solution for modern metal fabrication. A fiber optic laser cutter delivers clean edges and consistent results, ensuring high cut quality while minimizing or eliminating the need for post-processing or rework.
Today’s CNC fiber laser cutting machines are not only faster and more efficient, but also more affordable. With prices now competing with older, less efficient technologies such as plasma cutters, water jets, CO2 lasers, and milling machines, upgrading is more attainable than ever.
If rising tariffs are cutting into your margins, unreliable vendors are delaying your production, or outdated metal cutting tech is holding you back, now is the time to explore the benefits of a fiber laser metal cutting machine.
The demand for domestic metal fabrication is growing fast. Those who act early won’t just keep up; they’ll lead the way. A high-performance metal laser cutter could be the edge your operation needs.
A fiber laser cutting machine is a powerful tool that uses a focused fiber optic laser beam to cut through metal with unmatched precision, speed, and efficiency. Unlike older technologies such as plasma cutters, water jets, or CNC milling machines, it delivers cleaner cuts, tighter tolerances, and higher repeatability, all while reducing operating costs over time.
With a high-energy beam of light transmitted through a fiber optic cable, a fiber laser metal cutting machine produces minimal thermal distortion and an incredibly narrow kerf. This allows for intricate designs and fine detailing, ideal for industries that demand precision, such as aerospace and electronics.
A CNC fiber laser cutting machine can slice through thin to medium sheet metal up to three times faster than CO2 lasers, making it perfect for high-volume production.
Fiber lasers cutters also stand out for their reliability. With fewer moving parts and no consumable bits to maintain, uptime is maximized. This means more time cutting metal and less downtime. Add in their energy efficiency and long diode lifespan, and the total price becomes a smart investment with long-term savings.
Beyond performance, the superior edge quality produced by a metal laser cutter eliminates the need for rework or post-processing, helping your team move from cut to finished product faster. If you're looking for a fast, precise, and reliable metal cutting solution, fiber laser cutting machines are second to none.
Unlike Milling Machines, Water Jets, or Plasma Cutters, Fiber Laser Cutting Machines can:
Deliver faster cuts with exceptional detail and unparalleled precision.
Offer greater reliability with minimal downtime and preventative maintenance.
Are more energy efficient and free of costly consumables.
Produce smooth, clean edges with no post-processing required.
These advantages make fiber laser cutters the go-to solution for manufacturers seeking reliable, scalable, and precision-driven sheet and tube cutting systems.
| Feature | Fiber Laser Cutting | Plasma Cutting | Water Jets | CO2 Lasers | Milling Machines |
|---|---|---|---|---|---|
| Cutting Speed | Very High | High | Moderate to Low | Moderate | Low to Moderate |
| Precision | Excellent | Moderate | High | Good | Very High |
| Material Compatibility | Best for metals (steel, aluminum, brass) | Metals only (esp. thick steel) | All materials (metal, stone, glass, plastics) | Best for non-metals (wood, acrylic, plastic) | Metals, plastics (limited sheet work) |
| Operating Cost | Low | Moderate | High | Moderate | Moderate |
| Maintenance | Low | Moderate | High | High | High |
| Edge Quality | Clean, smooth edges | Very rough | Very clean (no heat) | Good for non-metals | Excellent, but slow |
| Heat Affected Zone | Minimal | Significant | None | Minimal | Minimal |
| Initial Cost | High | Moderate | Very High | High | High |
| Consumables | Low | Moderate | High (abrasive needed) | Moderate | High (tool wear) |
| Ease of Automation | High | Moderate | Moderate | Moderate | Low to Moderate |
| Environmental Impact | Low (minimal fumes or waste) | Moderate (fume extraction needed) | High (water and abrasive use) | Low to Moderate | Moderate (chips, coolant) |
Choosing the right metal laser cutter configuration is key to maximizing efficiency, safety, and ROI. Whether you're a small workshop or a high-volume fabricator, there's a fiber laser metal cutting machine setup that fits your space, workflow, and production demands.
An open bed laser cutter for metal is ideal for small shops, garages, or confined workspaces where floor space is limited and safety requirements are minimal. These compact machines are best suited for lower production volumes. For shops looking to boost throughput, an open bed fiber laser metal cutting machine can be upgraded with a dual-platform exchange table. While the laser cuts one sheet, a new sheet can be preloaded at the rear. When the cut is finished, the tables switch, allowing for continuous operation with minimal downtime.
A fully enclosed CNC fiber laser cutting machine is the preferred option for established operations where foot traffic is higher and safety is a concern. These machines feature a safety enclosure and front-loading access via an electromagnetic pullout drawer. While they offer a relatively small footprint, loading and unloading must occur manually, and only while the machine is idle, making them better suited for medium-output environments where optimized production isn’t critical.
Combining safety and productivity, these systems feature a large-format enclosed bed with an exchange table. This configuration is popular in high-demand metal fabrication shops where throughput, automation, and workplace safety are top priorities. With optional auto loading and unloading systems, the fiber laser cutting machine can operate continuously without operator input, further maximizing output and minimizing labor.
Combo lasers merge sheet cutting capabilities with rotary chucks for pipe and tube cutting. Whether paired with an open or enclosed bed, the fiber optic laser cutter includes an extended gantry that moves beyond the bed to process pipes or tubes mounted on the neighboring chuck. This hybrid setup is ideal for job shops handling diverse cutting jobs in both flat and cylindrical formats.
For operations focused solely on tubular materials, a dedicated pipe and tube fiber laser metal cutting machine is the best choice. These systems come in various lengths and automation levels, and typically include enclosures and advanced safety features like laser fences to protect operators. Their design supports high-precision, high-volume pipe and tube fabrication of various profiles. Round, square, L, U and I beams can be cut in seconds with optional bevelling to support welding.
| Configuration | Best For | Loading | Safety Level | Automation Options | Footprint |
|---|---|---|---|---|---|
| Open Fixed Bed | Limited Space, Limited Budget | Side (Front for small pieces) | Low | Exchange Table, Auto Load/Unload | Small to Large |
| Enclosed Slide-Out Bed | Limited Space, Safety Compliance | Front Only | High | Manual Only | Small to Large |
| Enclosed Exchange Bed | Throughput, Safety Compliance | Rear (Front for small pieces) | High | Auto Load/Unload | Large to Extra Large |
| Open Fixed Bed Combo | Versatility, Limited Space, Limited Budget | Side (Front for small pieces) | Low | Exchange Table, Auto Load/Unload | Large to Extra Large |
| Enclosed Exchange Bed Combo | Versatility, Throughput, Safety Compliance | Rear for Sheet, Side for Tube (Front for small pieces) | Med | Auto Load/Unload | Large to Extra Large |
| Dedicated Pipe/Tube | Throughput | Side Only | Med | Auto Load/Unload | Large to Extra Large |
When it comes to choosing a fiber laser cutting machine, laser power is one of the most critical factors influencing performance, cut quality, and overall efficiency. The wattage you select will determine how fast and how thick your metal laser cutter can cut through different materials, especially highly reflective metals like aluminum, brass and copper.
Lower wattages (1kW–6kW) are ideal for thin sheet metals such as carbon steel, stainless steel, and aluminum. These machines offer excellent precision and edge quality at a more affordable price point, making them a great fit for small shops or operations focused on light fabrication.
Mid-range wattages (12kW–20kW) strike a strong balance between speed, versatility, and cost. A CNC fiber laser cutting machine in this range can efficiently process both thin and moderately thick materials, making it a smart investment for growing shops or fabricators seeking flexibility across a wider range of applications.
High wattage systems (30kW–60kW) are engineered for extreme productivity and cutting power. These fiber optic laser cutters can handle thick materials with impressive speed and edge quality, minimizing or eliminating secondary processing. Ideal for high-output manufacturing environments, they support fast cycle times and are optimized for 24/7 production.
It’s also important to factor in the types of metal you cut, your current production demands, and plans for scaling. While higher wattage machines require more investment, they often deliver faster throughput and lower operating costs per part, especially when paired with automated loading and continuous cutting capabilities.
Ultimately, selecting the right wattage ensures your fiber laser metal cutting machine is not just powerful, but also profitable.
At EMP Laser, we are more than just a reseller. We are experienced fabricators who understand the real-world challenges of growing a metal shop. Our roots are in hands-on production, where we learned firsthand how to source, import, and integrate advanced equipment like fiber laser cutting machines. That practical experience is what allows us to support our customers with confidence and clarity when choosing the right laser cutter for metal.
Metal fabrication is evolving fast. High-performance metal laser cutters that were once reserved for large-scale manufacturers are now within reach for businesses of all sizes. At EMP Laser, we help you take advantage of this shift by offering carefully selected CNC fiber laser cutting machines from trusted global manufacturers. Each machine we offer is chosen for its reliability, precision, and overall value.
We are here to make the process of acquiring a fiber laser metal cutting machine as smooth and stress-free as possible. Our team handles every step, including consultation, equipment selection, international shipping, customs clearance, professional installation, training, and ongoing service. Whether you choose an EMP Laser-branded machine or need guidance on another fiber optic laser cutter, we provide personalized support tailored to your operation regardless of where you decide to purchase from.
We invest the time to visit factories, test equipment, and build strong partnerships so that you receive only the best. Our focus on transparency and product integrity ensures you get the performance you need without unnecessary costs or hidden markups. We want your equipment to be a long-term asset that drives results.
Finding the right fiber laser cutting machine is only part of the equation. Choosing the right partner is what helps you get the most from your investment. EMP Laser brings the insight, service, and support that allow your business to thrive with confidence in a competitive and rapidly changing industry.
| Model |
Nano |
Compact |
Capsule |
Command |
Crossover |
|---|---|---|---|---|---|
| Power Options | 0.8-1.5kW | 1.5-6kW | 1.5-6kW | 6-40kW | 6-40kW |
| Cutting Area | 7.87” x 11.81” (20*30cm) |
3’ x 3’ (60*60cm) 4’ x 4’ (1.3*1.3m) 5’ x 10’ (1.5*3m) |
3’ x 3’ (60*60cm) 4’ x 4’ (1.3*1.3m) 5’ x 10’ (1.5*3m) |
5’ x 10’ (1.5*3m) 6.5’ x 13’ (2*4m) 6.5’ x 20’ (2*6m) |
5’ x 10’ (1.5*3m) 6.5’ x 13’ (2*4m) 5’ x 20’ (1.5*6m) |
| Bed Configuration | Enclosed Clamp-Vice | Open Fixed Bed | Enclosed Slide-Out Bed | Enclosed Exchange Bed | Enclosed Exchange Bed Combo |
| Best For | Confined Spaces, Jewelers, Limited Budget | Limited Space, Limited Budget | Limited Space, Safety Compliance | Throughput, Safety Compliance | Versatility, Throughput, Safety Compliance |
| Learn More | Nano | Compact | Capsule | Command | Crossover |
EMP Laser’s fiber cutters are trusted by professionals across automotive, construction, aerospace, agriculture, furniture, energy and solar, wall art and decorative panels, signage, and general manufacturing.
EMP’s fiber laser cutting machines are widely used for producing high-precision brackets, panels, frames, and exhaust components from both steel and aluminum tubing. With consistent repeatability and high edge quality, these metal laser cutters are capable of producing finished parts that meet the strict dimensional tolerances essential in automotive and transportation parts. They also support efficient batch production, reducing cycle times and material waste.
Whether crafting custom signage, architectural cladding, flanges, or control panels, EMP’s CNC fiber laser cutting machines provide excellent versatility across a range of metals. With advanced controls and fast cutting speeds, fabricators can produce detailed parts with clean edges and tight tolerances. The reduction in secondary processing streamlines delivery and boosts productivity.
For structural fabrication tasks like stair treads, handrails, framing, and I-beams, EMP’s laser cutters for metal offers the power and durability required for cutting thicker mild steel. These fiber optic laser cutters are ideal for construction-grade parts where reliability, strength, and material thickness are non-negotiable. Operators benefit from long-lasting performance and lower operating costs.
Precision and material integrity are critical in aerospace manufacturing, and EMP’s fiber laser cutting machines deliver consistent results on lightweight aluminum and stainless steel parts. From brackets to covers and housing components, our metal laser cutters ensure tight tolerances and minimal heat-affected zones. This makes them especially useful for high-precision aerospace fabrication.
Machinery used in agriculture must withstand extreme conditions, and EMP’s fiber laser metal cutting machines are engineered to meet that demand. Capable of cutting thick steel for arms, brackets, and structural supports, these machines combine power with precision. Their ability to handle rugged profiles quickly makes them ideal for building durable, long-lasting equipment.
EMP’s CNC fiber laser cutting machines are a top choice for creating frames, supports, and display components in both residential and commercial furniture. They handle L, U, and square tube profiles with ease, providing smooth edges and sharp detail that enhance both functionality and aesthetics. This technology is perfect for scaling from prototype to full production.
In the energy sector, EMP’s fiber optic laser cutters are used to fabricate racking systems, mounting brackets, and structural supports for solar panels and energy infrastructure. These machines cut galvanized steel and aluminum with consistent quality, ensuring easy assembly and durability in outdoor environments. Their efficiency supports the rapid growth of sustainable energy projects.
For artists, designers, and fabricators creating intricate metal artwork, EMP’s fiber laser cutting machines offer unmatched detail and control. From ornate wall panels to decorative sculptures, these machines allow for precision cuts on stainless steel, aluminum, and other metals. The results are visually striking and ready for installation without the need for post-processing.
EMP’s metal laser cutters are ideal for producing signage that demands clean lines, high contrast, and custom branding elements. Whether working in aluminum, stainless steel, or coated sheet metal, these fiber laser metal cutting machines deliver sharp details and smooth finishes. Their speed and accuracy make them perfect for both one-off signs and large-scale runs.
From fabricating tools and brackets to producing specialty parts, EMP’s fiber laser metal cutting machines help manufacturers keep pace with production demands. These machines handle both flat sheet and tubular materials with ease, supporting a wide range of applications. Their consistent performance and low maintenance requirements make them a reliable asset in any shop.
When it comes to processing metal tubing with speed, accuracy, and efficiency, a fiber laser cutting machine is the superior choice. Whether you're working with round, square, or rectangular tubes, EMP's fiber laser metal cutting machines deliver clean cuts, tight tolerances, and consistent results across a wide range of materials and wall thicknesses.
Tube cutting applications often demand precision for structural integrity and assembly fit. A CNC fiber laser cutting machine provides the control needed to produce complex cut patterns, beveled edges, and slots directly on the tube without secondary processing. This reduces the need for manual intervention, lowers production time, and minimizes waste.
Compared to traditional methods such as sawing or mechanical cutting, a fiber optic laser cutter significantly increases throughput and quality. Operators can easily switch between tube sizes and profiles using advanced nesting software and automated positioning, which makes the system ideal for high-mix, low-volume runs or continuous production.
EMP’s laser cutter for metal can be configured with rotary chucks that securely hold and rotate the tubing while the laser cuts along its surface. This setup ensures precision alignment and uniform results, even on complex geometries. For higher volume needs, machines can be equipped with auto-loading systems that streamline production and reduce labor costs.
From handrails and support frames to exhaust pipes and machine enclosures, our metal laser cutters help you produce repeatable, high-quality tube components that are ready for assembly. With fiber laser cutting machine price points now more accessible than ever, it's never been easier to bring professional-grade tube cutting in-house.
Round Tube
Square and Rectangular Tube
L-Shaped (Angle Iron)
I-Beams and H-Beams
C-Channels and U-Profiles
A fiber laser cutter is a CNC machine that guides amplified light through a doped-glass fiber and a focusing head to melt and eject metal along a narrow kerf.
Fiber laser cutters are used for fast, burr-free cutting of sheet or tube metals such as steel, stainless, aluminum, brass, copper, and titanium.
Diode modules pump the fiber, the beam is collimated, then a lens focuses it to a tiny spot; assist gas (oxygen, nitrogen, or air) blows molten metal out of the cut.
A fiber laser can cut carbon and stainless steels, aluminum alloys, brass, copper, titanium, nickel alloys, and many precious metals. It is not suitable for woods, plastics, or glass.
Fiber cutters are far better for metal. They are faster, more energy efficient, and require less maintenance. With enough power CO2 laser can also cut metal, but they're better suited for nonmetals like wood, acrylic and leather.
It varies greatly. Entry-level open bed models start around $30,000. Industrial systems with full automation can exceed $1,000,000 depending on configuration.
Shops with steady metal throughput often see payback in two to three years because of higher productivity and lower consumable costs.
A new fiber laser cutter purchase comes with a warranty and is backed by an actual company that can take accountability for it should anything fail to operate. A used fiber laser cutter can certainly save you some money upfront, but the savings are short lived once your encounter a problem that results in downtime.
Electro-optical efficiency is about 30 percent, roughly triple that of CO₂ lasers and much higher than plasma systems.
Modern autofocus heads and nesting software make basic jobs quick to learn, though advanced materials and thick plate still require a degree of experience and training.
Precision of fiber laser cutters is generally ±0.001" (0.03mm) with a repeatability of ±0.0007" (0.02 mm).
Acceleration, metal type and thickness will all play a role in maximizing cutting speed. A prime example would be a high-powered fiber laser cutting thin gauge carbon steel with 6G of acceleration. With all the right conditions, an 8" x 8" sign with multiple cuts can be completed in less than 10 seconds.
It really depends on your application and desired throughput.
1.5kW–3kW is ideal for thin to medium sheet metals and light production.
6kW-20kW is recommended for thicker materials, especially reflective metal or for increasing the cycle times of thinner metals.
30kW-60kW is primarily for industrial applications like ship building and armored vehicles where the thickest of metals are being cut.
Not much power is necessary if the metal is relatively thin. Steel is the easiest of the three to cut, followed by aluminum and then brass. Determine the thicknesses of each first and then refer to a fiber laser wattage chart to determine the best fit.
Yes, lower-power or defocused passes can mark without cutting, but it's not really practical and doesn't yield high-quality results. A low wattage galvo fiber laser is better suited for the job.
The material thickness that a fiber laser can cut heavily relies on the wattage and material in questions. Using the highest available wattage and easiest to cut metal as an example, a 60kW can cut through 4" carbon steel.
It depends on the amount of available floor space, the types of metals you're cutting and how stringent your safety requirements are. Most small businesses start with a 1.5kW - 6kW in either an open fixed bed or enclosed slide-out bed configuration.
Class 1 enclosure or certified laser goggles, interlocked doors, effective fume extraction, and operator training in line with OSHA and ANSI Z136 standards.
Yes, because the kerf is narrower, edges are cleaner, and no slag forms. Plasma is cheaper to buy but requires significant post processing to arrive at a finished part.
Some disadvantages of fiber lasers are the higher purchase price, limitation to metals only, mandatory fume extraction, and extra care when cutting reflective metals.
Keep lenses, protective windows, and nozzles clean. Replace filters, monitor beam alignment, service the chiller, and calibrate axes on a weekly to quarterly schedule.
Quality sources from IPG, Raycus, or JPT are rated for about 100,000 hours, equal to more than ten years on a two-shift workload.
The narrow kerf produces minimal scrap, and a properly designed extraction or filtration system keeps airborne particles under control.
Yes. Metal fumes and smoke must be vented or filtered to meet air-quality regulations.
CypCut is the most commonly found sofware for fiber laser cutters. Though many manufactures boast their own proprietary software, you can design from just about any CAD program that allows you to export to a DXF.
Yes. Most software facilitates the importing of design files, optimizes part layout, applies kerf compensation, and posts toolpaths to the CNC laser.
Yes. Loader-unloader towers, shuttle exchange tables, automatic nozzle changers, and robotic part sorting can be added and integrated with most fiber laser cutting systems.
Yes. Select EMP models include rotary modules to cut round, square, L, U, C, H and I-shaped materials.
Yes, all EMP systems ship with compatible software and full documentation.
Whether you're cutting your first sheet or scaling up to industrial production, EMP Laser delivers precision, performance, and support every step of the way.
