Laser Cutting Machines

Reliable machines

Fiber laser cutters are the ultimate in high-power, precision cutting of metal materials. With advanced fiber laser sources starting at 1.5 kW and going up to 12 kW, BLINK laser cutters deliver exceptional performance. These powerful machines are ideal for cutting mild and stainless steel up to 30 mm thick, and aluminum up to 25 mm thick.

Why choose BLINK laser cutters?

Speed: Fiber laser cutting at speeds up to 10 m/min.
Precision: Accuracy up to 0.05 mm.
High quality cutting: Cut surface ready for welding without additional grinding.
Reliability: Full service, service and technical support.

BLINK laser cutting machines are widely used in various industries such as:

Shipbuilding
Aerospace
Military products
Medical machines
Computer cases
Non-ferrous metal processing and marking

Thanks to their versatility, our fiber laser cutting machines are the ideal solution for many industries.

Ergonomic design

Thickness of Cut Materials
Material	Cutter Power
Material	1500W	2000W	3000W	6000W	8000W	12000W
Stainless Steel	up to 5mm	up to 6mm	up to 8mm	up to 16mm	up to 25mm	up to 25mm
Carbon Steel	up to 12mm	up to 16mm	up to 20mm	up to 22mm	up to 25mm	up to 25mm
Galvanized Steel	up to 5mm	up to 6mm	up to 8mm	up to 16mm	up to 25mm	up to 25mm
Aluminum	up to 3mm	up to 4mm	up to 6mm	up to 12mm	up to 25mm	up to 25mm
Brass	up to 2mm	up to 4mm	up to 5mm	up to 10mm	up to 12mm	up to 12mm

Intuitive operating system

All BLINK laser cutters are equipped with a built-in Windows-based computer system with an intuitive, durable control panel. This is especially useful in difficult conditions. The operating system is available in Polish. A large touch screen, intuitive and easy-to-use menu allows easy parameter changes and reading of current data.

Cutting precision

If you process metal, laser cutters are the best choice. BLINK fiber laser cutting is characterized by a speed of up to 10 m/min, which is much better than in the case of traditional plasma cutters. Thanks to small deformations and a smooth cutting table, our laser cutters provide excellent cutting quality.

Laser Type	FIBER
Laser Power	1500W	2000W	3000W	6000W	8000W	12000W
Wavelength	1080nm
Control System	Cypcut Controller
Positioning	Red Laser Dot
Electrical Voltage	380V/3P	380V/3P	380V/3P	380V/3P	380V/3P	380V/3P
Power Frequency	50/60Hz
Electric Current	26.5A	29.2A	38.1A	60.7A	75.7A	95.2A
Max Power Consumption	14kW	15.4kW	20.1kW	32kW	39.8kW	50kW
Focal Length	125mm/150mm/200mm
Cooling System	Industrial Chilled Water Unit

Our fiber laser sources are water-cooled, so our machines are supplied with a robust and efficient water chiller to ensure reliable operation 24/7.

Design

The Japanese Fuji servo motor is transmitted to the drive shaft through a precision gear motor from France (backlash less than 3 arc min), which effectively ensures the reliability of the transmission accuracy. The double positioning of the guide rail and the rack makes the machine more precise and stable. The three-axis dust covers provide good protection to the rails and racks, making the machine cleaner and longer service life

The BLINK laser cutter is designed for professional use in factories and industrial plants where cutting accuracy, quality and speed of work are required.

BLINK laser cutting machine has a laser head configured with auto focus to provide flexible, fast and collision-free cutting, automatically recognizes the edge and saves material.

All BLINK cutting machines are equipped with a Raycus fiber laser source. The Raycus laser is one of the best available laser sources of this type in the world. The Fiber Laser is a guarantee of long-term and failure-free operation. Thanks to this technology, labor and production costs can be significantly reduced, due to very low operating and maintenance costs.

Laser cutters are technologically advanced machines that use a laser to precisely cut various types of materials, primarily metals and plastics. In our offer, you will find fiber laser cutters – metal lasers, which are an ideal solution for manufacturing companies, enabling material cutting according to individual customer needs. Laser cutting technology ensures high quality and accuracy, minimizing waste and allowing for efficient processing of sheet metal or cutting pipes effectively. Thanks to the use of fiber lasers in laser cutters, it is possible to achieve very high precision and accuracy when cutting materials. Laser technology also allows for fast cutting, increasing processing efficiency. The laser head is controlled by CNC, enabling automation of the process and precise cutting according to specified profiles. Both the laser plotter and the worktable ensure maximum stability and efficiency in cutting and engraving various materials. Laser cutters are versatile tools for material processing in a fast, precise, and efficient way. A laser machining tool is essential in industries where high quality and cutting accuracy matter. Fiber lasers allow cutting of metal sheets, sheet metal, metals, and plastics.

1. How does a laser cutter work?

A laser cutter is a device that uses laser technology to precisely cut materials such as wood, plastic, or metal. It works by concentrated laser radiation that melts or evaporates the material, leaving perfectly smooth and accurate edges. The laser cutting process is controlled by a computer that precisely programs the laser beam’s path, power, and cutting speed. This allows for very high accuracy even with very thin and delicate materials. The advantages of a laser cutter include speed and precision of cutting, minimal material waste, and no need for edge trimming after the work is finished. It is also a safe cutting method, as there is no physical contact with the material. Laser cutters are increasingly used in industries, advertising, and prototyping production due to their versatility and high-quality output.

2. Advantages of laser cutters

Advantages of laser cutters can include cutting speed and precision, the ability to cut a variety of materials, and low operating costs. Laser cutters are also more environmentally friendly than traditional cutting methods, as they do not produce dust or fumes. Additionally, laser cutters allow for the creation of complex patterns and details, making them a highly versatile tool in manufacturing and industry. Thanks to automated control systems, laser cutters are easy to operate and require minimal supervision during operation. Furthermore, laser technology ensures excellent cutting quality without damaging the material, making products created with laser cutters aesthetic and precise.

3. Application of laser cutters in industry

The application of laser cutters in industry is becoming increasingly common and gaining popularity due to its precision and speed. With laser technology, it is possible to achieve accurate and clean cutting of various materials, such as metal, wood, and plastics. Laser cutters are used in many industries, from furniture production to creating automotive parts. They are also used for packaging production, marking items, and creating electronic components. They enable the creation of complex shapes and patterns that would be difficult to achieve with traditional methods. Laser cutters are also economical, as they do not require frequent tool changes and do not generate large amounts of waste. They save time and increase production efficiency. For this reason, more and more companies are investing in laser technology to improve the quality and efficiency of their production processes.

4. How to choose the right laser cutter for your business?

Choosing the right laser cutter for your business can be key to achieving success. Before making a decision, it’s worth carefully analyzing your needs and requirements. Laser technology allows for precise and fast cutting of various materials, so consider the type and thickness of materials you will be processing. Another important factor is the machine’s efficiency and worktable size. It’s also essential to check other users’ reviews and the technical support offered by the manufacturer. A well-considered choice of laser cutter can bring many benefits, such as increased production, improved product quality, and time and cost savings. For this reason, it’s worth taking the time to research the market thoroughly and consult with experts to find the ideal solution for your business. Securing the right equipment can be crucial to achieving success and customer satisfaction.

5. Technologies used in laser cutters

Technologies used in laser cutters offer many advanced options that enable precise and effective cutting of various materials. One of the key technologies used in laser cutters is the numerical control system (CNC), which allows for programming precise laser movements and various cutting parameters. This gives the operator full control over the cutting process and enables desired results in a short time. Cooling technologies are also an important element of laser cutters, as they maintain a stable temperature for the laser and working components.