Industrial 5x10 Fiber Laser Metal Cutting Table for Sale at Cost Price

The 5x10 industrial fiber laser metal cutting machines are powerful, and designed for precision and efficiency in metal fabrication. The 5x10 foot large working area means that a wide range of sheet metal sizes can be handled, making them ideal for projects both on a small and large scale. It finds wide applications in industries related to automotive, aerospace, and construction due to its speed and reliability.

It gives clean cuts in various metals, including steel, aluminum, brass, and copper, using fiber laser technology. The advanced technology minimizes material wastage while maintaining high-quality finishes. This 5x10 model is highly efficient for businesses that require versatility and productivity within their operations.

Additionally, this equipment has user-friendly controls and low maintenance. The sturdily built and energy-efficient machine is cost-effective for industrial applications in metal cutting.

Why Invest in a 5x10 Fiber Laser Metal Cutting Machine?

Investing in a 5x10 fiber laser metal cutting machine can transform your business operations. This machine is not just a tool - it's a long-term asset that brings precision, efficiency, and cost-effectiveness to your workflow. Let's explore the key reasons why this investment is worth it:

Enhanced Productivity

The big working area of this 5x10 fiber laser cutter allows the handling of bigger sheets of metals, hence reducing the need for repositioning. This increases the speed of production, enabling you to complete your projects faster and increasing your overall output. It is perfect for meeting tight deadlines because it can cut many pieces at the same time.

Unmatched Precision

Fiber laser technology ensures clean, accurate cuts with minimal errors. This reduces material waste and ensures a perfect finish every time, even for intricate designs. Consistent precision enhances your reputation for delivering high-quality products.

Versatility in Applications

It works with a wide range of metals: steel, aluminum, and brass. Its versatility makes it suitable for various industries, from automotive to construction, allowing you to take on diverse projects. You can also use this model for creative tasks such as making custom designs or prototypes.

Cost Efficiency

Fiber lasers are energy-efficient and require less power than traditional cutting methods. They also have low maintenance costs, helping you save money in the long run while maintaining consistent performance. The reduced operational costs make it a profitable addition to any business.

Durability and Longevity

Built with industrial-grade materials, a 5x10 fiber laser cutter is designed to last. With proper maintenance, it provides reliable performance for years, making it a smart, long-term investment for your business. Its robust build ensures it can handle heavy workloads without compromising quality.

Advantages

⇲ Industrial fiber laser metal cutting machine adopts Raycus 1500 Watts laser device (option: IPG) with stable performance, the key parts can reach 100,000 hours.

⇲ Advanced CNC control system, it can read .ai, .plt, .dxf, .lxd, and ug code directly, easy to operate.

⇲ Intelligent cutting head capable of automatic height adjustment to maintain constant focal length and stable cutting quality.

⇲ High-precision transmission device which works perfectly with servo system, thus it can make sure cutting precision and efficiency.

ST-FC3015LR is an upgraded model from ST-FC3015L, it can cut most of the sheet metals, metal plates, metal tubes, and metal pipes. Greatly saving the cost of purchasing two kinds of machines, saving more than 50% of workshop space, and doubling production efficiency.

The metal tube cutting capacity is widely used in sports equipment, various types of pipe, water pipes, oil pipelines, and other industries, it is suitable to cut various special-shaped pipe materials such as round pipe, square pipe, rectangular pipe, oval pipe, etc.

Specifications

Projects

Features

How Chuck Configuration Impacts Pipe Laser Cutting Accuracy and Material Waste

The pneumatic chuck system is the most mechanically critical component of any fiber laser pipe cutting machine. Unlike flat-sheet laser cutters that use a stationary worktable, a tube laser depends entirely on its chucks to grip, center, rotate, and feed pipe through the cutting zone. Two-chuck machines work well for standard tubes under 4 meters, but longer stock sags between support points, causing positional drift at the cut zone. A CNC metal pipe laser cutting machine with automatic feeding solves this with servo-driven support rollers that maintain consistent tube elevation across the full cutting length.

Three-chuck configurations add a powered middle chuck that eliminates sag and enables "chuck jumping" for zero-tailing cuts, reducing per-tube scrap from 100+ mm to under 20 mm. Four-jaw self-centering chucks automatically adapt to round, square, and irregular profiles without manual adjustment. For fabricators processing specialty shapes like U-channels and open beams, an industrial tube laser cutter with heavy-duty multi-jaw chucks provides the rigid clamping needed to prevent workpiece vibration and maintain tolerances within 0.1 mm concentricity.

Frequently Asked Questions

What is the maximum pipe diameter and wall thickness a fiber laser tube cutter can handle?

Most fiber laser pipe cutters handle diameters from 10 mm to 560 mm (0.4 to 22 inches). Maximum wall thickness depends on laser power and material: mild steel up to 20 mm and stainless steel up to 10 mm are common at 3 kW to 6 kW power levels. Larger machines accommodate even heavier structural sections.

Should I use nitrogen or oxygen as the assist gas when laser cutting metal pipes?

Use nitrogen for stainless steel and aluminum pipes to prevent edge oxidation and produce clean, paint-ready surfaces. Use oxygen for carbon steel pipes to boost cutting speed through an exothermic reaction. Compressed air is a budget-friendly alternative for thin-wall, non-critical cuts where edge finish is secondary.

Can a fiber laser tube cutter handle square, rectangular, and irregular profile shapes?

Yes. Modern fiber laser tube cutters with four-jaw self-centering pneumatic chucks automatically adapt to round, square, rectangular, oval, C-channel, angle iron, and custom-shaped profiles without manual tooling changes. The CNC software adjusts rotation speed, power ramping, and corner-dwelling parameters for each profile geometry.

What cutting tolerance can I expect from a fiber laser pipe cutting machine?

Dedicated fiber laser tube cutters typically hold positional tolerances of plus or minus 0.1 mm (0.004 inches) on calibrated equipment with quality material. Accuracy depends on machine rigidity, chuck alignment, tube straightness, and wall thickness. Thinner walls generally allow tighter tolerances due to reduced thermal distortion during cutting.

How much laser power (watts) do I need for a fiber laser pipe cutting machine?

For tube cutting, 1500W to 3000W handles most thin-to-medium wall pipes under 6 mm. Choose 3000W to 6000W for thicker walls or high-speed production. Tube lasers rarely exceed 6 kW because excessive power risks burning through the opposite wall of the pipe during cutting.

A well-configured fiber laser tube cutting machine offers multiple power configurations so you can match source wattage to your actual production mix without overspending on unnecessary capacity.

What is the difference between a two-chuck and three-chuck laser tube cutter?

A two-chuck tube laser costs less and suits short-to-medium pipe lengths with simple cuts. A three-chuck machine adds middle support that prevents sag on long tubes, improves accuracy on heavy stock, and enables zero-tailing capability that reduces per-tube material waste by 80% or more.