Linc-Cut FIber Laser Cutting Machine

From Kerf Developments

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Fiber Laser

Cutting Machines

Fiber Laser Cutting is a precise and efficient process, utilizing high-powered lasers to cut through materials with remarkable accuracy. The laser beam’s focused energy creates clean edges with minimal thermal distortion, avoiding the warping or discolouration often associated with other cutting methods. This results in a smooth, burr-free finish, significantly reducing or even eliminating the need for additional surface finishing.

The advanced technology of fiber laser cutting allows for extremely fine kerfs, enabling intricate designs and complex shapes that might be challenging for other cutting techniques. This method is ideal for both short and long production runs, providing flexibility for various manufacturing needs. Moreover, Fiber Laser cutting is perfect for prototyping, allowing for quick and easy creation, modification, and refinement of products during the development phase.

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Precision and power for cutting a wide variety of metals and thicknesses with laser accuracy.
Material Thickness
Varies Per Material
Table Size
3 m x 1.5 m and 4 m x 2 m with 3 kW, 6 kW and 12 kW laser source
Double Shuttle table design
Control Axes
EtherCAT Control – perfect synchronisation between the laser, gases and machine motion.
Supported Materials
Fiber Laser Cutting is best suited to cutting sheet metals such as: Stainless Steel, Carbon & Mild Steel, Aluminium, Copper, Brass, Titanium, Nickel Alloys
Supported Cutting Technology
Fiber Laser Cutting

LINC-CUT FIBER LASER CUTTING Range

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QUALITY & RELIABILITY

The LINC-CUT FIBER is a machine designed to produce the best cutting quality with linear guidance, dynamic kinematics, helical drives, rigidity and precision that is the benchmark of the industry. This premium-grade machine perfectly synchronises the laser cutting and axis movements to deliver unsurpassed precision, repeatability and cutting speed. This is assured by an auto-focus laser head with automatic gas and cutting height calibration that delivers optimum repeatability.

Available in a range of table sizes, with nominal cutting widths from 1,500mm through to 2,500mm the machine is fitted with a shuttle table that is fully automatic and protected by a light barrier ensuring that the operator can work with complete peace of mind. The machine is fitted with a secure door providing safe access for maintenance of the cutting head. The machine is available with a choice of laser power systems that can be matched to customers' production and cutting requirements.

Why LINC-CUT FIBER is right for you

  • You want a high-quality machine that will produce excellent cut quality.
  • You want a machine that is well built and capable of working around the clock seven days a week if required.
  • You want a quality machine that will provide you with years of reliable operation with proven post-sales support, spares and consumables available.
  • You want to cut a wide range of materials including steel, stainless steel, aluminium, brass and copper.

GET IN TOUCH TODAY

Our sales and support teams are at the other end of the line to answer any questions you may have about any of our cutting machines, or consumables.

oxy-Fuel

Cutting Machines

When it comes to an excellent cutting method that has been used for decades and shows no sign of being any less popular today, look for OXY-FUEL cutting machines.

For the best quality and the most precise cuts, OXY-FUEL profile cutting machines are certainly an excellent option to explore. At Kerf, your first choice for CNC cutting machine manufacturer, we can provide a wide range of different OXY-FUEL cutting machine options. Oxy-fuel cutting is a method that has been around for more than a century, dating back to 1907. However, it is still widely used today and is a critical component and technology in many sectors.

To cut metals, oxy-fuel cutting uses a mix of fuel gases and oxygen. A number of fuels may be used, with acetylene being the most popular. Speak to Kerf about our profile cutting machines to find out more.

Oxy Fuel Machines

ultrasharp

Cutting Machines

Choose from our rapid selection of high-definition plasma cutting machines, for high quality components. Process machines for cutting mild steel from 1mm to 50mm thickness.

Ultrasharp Machines

Plasma

Cutting Machines

When it comes to cutting, our plasma cutting machines are exceptional. Plasma cutters use plasma to cut metals like steel and aluminium.

Plasma cutters pass an electrical arc through gas (often compressed air), which converts into a plasma arc that is used to cut through the metal. The interaction of gases, high speeds, and a concentrated region of pressure results in electrically conductive ionised gas, commonly known as plasma. This technique is used on metals that cannot be cut with flame cutting equipment.

Compared to laser profile cutting which utilises fiber lasers and in which the laser beam does the heavy duty work for you, the plasma CNC machine is perhaps less accurate, but it is faster and can cut through heavier materials. That said, the fiber laser cutting machine certainly has as much a place in construction as the plasma cutting machine does, so don’t hesitate to ask us if you need one or both – or any other – cutting machine. We can help you no matter what cutting machine requirements you might have.

Plasma Machines

Waterjet

Cutting Machines

If you’re looking for improved cutting speed with an eco-friendly touch, the waterjet cutting machines from Kerf, your chosen CNC cutting machine manufacturer, are the right option for you.

Not only can this cutting method get through almost any material you ask it to, but it leaves you with little to no waste, and it is an extremely accurate profile cutting method. When it comes to choosing a cutting system that will offer you everything you need, waterjet cutting ticks all the boxes.

Waterjet cutting employs an abrasive grit carried by an ultra-high pressure stream of water. The abrasive grit cuts using a mechanical sawing motion and results in a smooth, precision cut surface created at high speed.

Waterjet is the most adaptable method since it can cut nearly any material; even carbon steel is no match for it. Materials that are extremely fragile, such as tempered glass and certain ceramics, are among the limitations, however. Waterjet cutting is an extremely accurate procedure. It features a tiny kerf width, which allows for the cutting of delicate curves and the production of high tolerance components.

Waterjet Machines
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