Murata MF3048HL – Combination Machine combines the cutting-edge capabilities of a fiber laser with precision punching, tapping, and forming operations, catering to a wide range of material processing needs.
Maximum punching force : 30 tons Max. Sheet Size: 1,25 × 2,5 m Laser Rated Output : 4 kW
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The MF3048HL integrates punch operations with fiber laser cutting technology, eliminating the need for separate setups or material transfers between machines.
i Comprehensively integrated system i
Large turret capacity minimizes tool changeouts, while the fiber laser addresses contour cutting and low-volume punch tool requirements.
i Additional features i
Added standard features like controlled punch stroke, quick change tools, scribing, and tapping, increase flexibility for shorter production times.
What are laser punching machines and what are they used for?
● Laser punching machines are technologically advanced laser cutting systems that enable precise cutting of components from metal and other materials. They operate by focusing a laser beam that melts or vaporizes the material at the cutting point, ensuring maximum accuracy and repeatability. These machines are widely used across many industries—from metalworking and automotive to machinery and structural component production.
What are the main advantages of laser cutting?
● Laser cutting offers a number of important benefits. Most notably, it provides exceptional precision and a high-quality finish—cut edges are clean and smooth, eliminating the need for additional processing. Laser cutting machines operate quickly and efficiently, which shortens production time. Additionally, the narrow cutting gap helps minimize material waste. This technology also makes it easy to create even highly complex shapes and patterns.
What materials can be cut using laser cutting machines?
● Laser punching machines work excellently with various materials—including both metals and plastics. They are most commonly used for cutting carbon steel, stainless steel, aluminum, brass, and copper. Depending on the type of laser used (e.g., fiber or CO₂), it’s also possible to cut wood, plywood, acrylic, and composites. Thanks to their versatility, laser cutting machines are indispensable in many industrial applications.
What is the difference between fiber laser machines and CO₂ lasers?
● Fiber laser machines are modern devices known for their high efficiency, low energy consumption, and long laser source lifespan. They are ideal for cutting metals—both thin and thick—and offer very fast processing speeds. CO₂ lasers, on the other hand, are more suitable for non-metallic materials but are less effective for cutting metals. For this reason, fiber laser machines are currently the most popular choice among companies seeking efficient and versatile solutions.
What should be considered when choosing a laser punching machine?
● When selecting the right laser punching machine, it’s worth considering several key factors: the type and thickness of the materials being processed, the required precision, the intended production scale, and the available budget. Equally important are the potential for process automation, the size of the working table, and the level of technical support offered by the supplier. Polteknik offers a wide range of laser cutting machines, and its advisors help select a model that perfectly matches each client’s needs.
Does Polteknik offer training and service for laser cutting machines?
● Yes, purchasing a laser punching machine from Polteknik is not just an investment in equipment but also in comprehensive support. We provide professional training on machine operation, allowing operators to make full use of the equipment’s capabilities. We also offer fast warranty and post-warranty service, access to spare parts, as well as remote diagnostics and technical support. All of this ensures smooth and uninterrupted production using laser cutting technology.
