Hybrid plasma-waterjet cutting combines the precision of waterjet technology with the efficiency of plasma cutting. This synergy enables the machining of complex parts and rapid contour cutting within a single operation.

Water cutting is one of the most advanced technologies for material processing, which uses a jet of water under extreme pressure to precisely cut through a variety of raw materials. Thanks to its versatility, the method has gained popularity in industries such as metalworking, masonry and automotive. How does waterjet technology work? What does waterjet cutting look like, what does it involve and what can be cut with water?

Waterjet technology is an advanced method of cutting materials using water under extremely high pressure. This waterjet cutting technology is extremely precise and versatile, allowing it to process a wide range of materials - from metals to stones to plastics. It is used in many industries due to its precision and the fact that it does not generate heat, which protects the material from deformation or overheating.

New laser cutting technologies are bringing a revolution in the way materials are processed, improving the precision, speed and efficiency of cutting. The past few years have seen rapid development of this technology, which is widely used in a variety of industries - from metalworking to electronics. In this post, we will discuss innovations in laser cutting that are shaping trends in laser cutting and the latest laser cutting solutions that are changing the face of industrial material processing.

The cost of operating CNC machines is an important decision-making element in choosing the right equipment for production. When it comes to CNC machines, which are used for precision material cutting in various industries, it is worth considering how different technologies affect CNC cutting costs. In this post, we will present a detailed cost comparison of CNC machines depending on the type of cutting technology: water, laser, plasma and oxygen. In addition, we will discuss the factors that affect the operating cost of CNC cutting over the long life of the machines.

Computer Numerical Control (CNC) technology has revolutionized the manufacturing industry, bringing automation and precision on an unprecedented scale. In this post, we will look at what are CNC machine applications, types and uses. We will also discuss the most distinctive differences.

The CNC plasma torch is one of the most modern tools used in industry, which is gaining increasing importance due to its unique properties. Through the use of plasma, or ionized gas, it is possible to precisely cut, weld and machine various materials. In this post, we'll take a look at how a plasma torch works, the uses of a plasma torch and why it is so valued in modern industry. We will also discuss what the construction and principle of operation of a plasma torch is.

One of the most modern methods of material processing, offering high precision, speed and minimizing material waste, is laser cutting. How does it work? This method is used in the metal, automotive, aerospace industries, as well as in the production of decorative architectural elements and electronics. What is laser cutting and what materials can be laser cut? The right choice of technology and parameters affects the quality of the final product, so it is worthwhile to study the process carefully. How does laser cutting work and what are its advantages over other processing methods? In this article we will provide details about this technology, the differences between laser cutting and plasma cutting, and the most common mistakes in laser cutting and how to avoid them.

Water or laser cutting? This is a question that often arises when choosing a cutting technology in various industries. Choosing the right method can have a significant impact on production efficiency, cut quality and operating costs. In this post, we will discuss the differences between laser cutting and waterjet cutting and outline the advantages and disadvantages of laser cutting and waterjet cutting.

The capabilities of CNC machines make the technology applicable to a wide range of industries, from metalworking to automotive, aerospace to medical and jewelry. The market for CNC machines is constantly evolving, offering increasingly advanced technological solutions that allow precise, repeatable and efficient production of parts from a variety of materials. What industries use CNC machines and what benefits do they offer in each sector? Below are the most important industries in which CNC machine tools play a key role.

Methods of cutting sheet metal are a key component of metalworking, affecting the precision, quality and efficiency of the entire process. Choosing the right technology depends on many factors, such as the thickness and type of material, quality requirements and available tools. How to cut sheet metal in an efficient and precise way? In our post, we outline the different methods of cutting sheet metal, their advantages, limitations and tips for selecting the right tools.

How to cut with plasma to achieve the highest quality and precision? Plasma cutting is one of the most effective methods of metalworking, used both in industry and craft workshops. This technology allows precise and fast cutting of various types of electrically conductive materials. In our post, we will discuss the principles of plasma systems, the best plasma cutting techniques, as well as plasma cutting mistakes and how to avoid them. You will learn how to cut properly with plasma and what voltage for plasma cutting is the most suitable.

How to choose a CNC machine for cutting different materials? Choosing the right CNC (Computer Numerical Control) machine is crucial to ensure precise cutting, high production efficiency and return on investment. The decision on the choice of cutting technology should depend on the type of materials, production requirements and available financial resources. In this article, we present advice to help you choose a CNC cutting machine, taking into account different materials such as metal, plastic, wood or glass.

Proper operation of CNC machines requires appropriate qualifications and skills. CNC (Computer Numerical Control) machines are advanced machines that use computer controls to precisely machine materials such as metal, wood and plastics. Modern industry is increasingly using these technologies, making the demand for qualified CNC machine operators ever-increasing. Who can operate them and how to become qualified?