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Product news
New generation automatic tool changers
Next-generation automatic tool changers are revolutionizing CNC machining. These advanced systems enable faster and more efficient tool changes, reducing downtime and increasing productivity.
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22.11.2024
Digital twin of a machine tool
A machine tool digital twin is an innovative technology that creates a virtual model of a real machine. This model simulates the actual machining process in real time, allowing for problem prediction, performance optimization, and reduction of time required for machine setup and calibration. This technology is revolutionizing the manufacturing environment where precision, efficiency, and downtime are paramount.
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21.11.2024
Automatic vibration detection
Automatic vibration detection is an advanced technology that is increasingly being integrated into CNC milling machines to improve surface quality and machining process stability. Vibration detection sensors allow for real-time monitoring of vibrations, which can lead to undesirable effects such as surface quality degradation, increased tool wear, or even workpiece damage.
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24.10.2024
Combination of CNC milling and additive manufacturing
The combination of
CNC milling
(subtractive method) and
additive manufacturing
(3D printing) is a modern approach that allows the production of complex parts with maximum precision and flexibility. This hybrid approach to manufacturing combines the advantages of both methods, allowing the creation of parts that would otherwise be very difficult to manufacture or would require multiple manufacturing steps and tools.
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10.10.2024
High-speed printing mechanisms
The use of linear motors in modern FDM printers is a fundamental innovation that increases printing speed while maintaining high quality of the resulting products. This technology improves efficiency and enables faster prototyping and production of functional parts.
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10.10.2024
Integrated heat treatment
Integrated heat treatment directly on 5-axis milling machines represents an advancement in modern manufacturing technology. This new approach, where heat treatment – such as hardening or annealing – is carried out directly on the milling machine, offers significant advantages in efficiency, quality and simplification of the manufacturing process.
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9.10.2024
Adaptive Feed Control
Adaptive Feed Control, also known as
Adaptive Feed Control (AFC)
, is an advanced technology that allows CNC machines to automatically adjust the tool feed rate in real time based on the current load and machining conditions. This technology significantly increases production efficiency, quality of results, and extends tool life, which has a direct impact on reducing costs and increasing overall productivity.
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2.10.2024
Antistatic and ESD safe filaments
Anti-static and ESD (electrostatic discharge) safe filaments are specialized materials designed for 3D printing that enable the production of parts for electronics and environments where static electricity control is a priority. This technology is especially important for industries where static electricity can damage sensitive electronic components such as printed circuit boards, semiconductors and other electronic components.
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27.9.2024
Dynamic nozzle temperature control
Dynamic nozzle temperature control technology sets a new standard in additive manufacturing. By precisely controlling temperature during printing, this innovation allows you to optimize layer adhesion, improve surface quality, and expand the processing capabilities of various materials.
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19.9.2024
Carbon fiber composites
The use of carbon fiber composite materials in 3D printing is an innovative technology that dramatically increases the mechanical properties of printed parts. This technology is ideal for applications in demanding industries such as automotive and aerospace, where high strength, low weight and stress resistance are required.
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17.9.2024
Advanced printheads
Modern printheads that enable simultaneous printing of multiple materials represent a significant breakthrough in additive manufacturing. These technologies support the combination of different materials, such as flexible and rigid polymers, opening up new possibilities in the design and production of complex prototypes and functional parts.
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7.9.2024
Printing with water-soluble supports
The use of water-soluble support materials in Fused Deposition Modeling (FDM) technology offers significant advantages when printing complex parts. This approach allows the printing of geometries that would otherwise be impossible, while also facilitating the removal of supports, saving time and effort.
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3.9.2024
Hybrid metal composite parts using additive manufacturing and casting
Advanced technologies combine additive manufacturing and traditional casting to create hybrid parts with metal composites. The use of metal powders enables the production of parts with unique properties such as high strength, temperature resistance, and design flexibility. This combination opens up new possibilities for industrial applications and functional prototyping.
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23.8.2024
Combination of vacuum casting and 3D printing
The integration of 3D printing and vacuum casting significantly accelerates and simplifies the prototyping process. The use of 3D printing to produce molds from advanced photopolymers enables faster mold production and high-precision cast parts, opening up new possibilities for small series and complex prototypes.
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20.8.2024
Process automation: Vacuum chambers with automatic casting control
Modern vacuum casting technologies significantly advance production efficiency and quality. The use of automated vacuum chambers with advanced casting process control minimizes human error, ensures consistent results, and enables precise production of even complex parts.
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8.8.2024
Transparent and colored materials in 3D printing: New possibilities with modern resins
Advanced 3D printing resins are revolutionizing the production of optical components and aesthetic transparent or colored parts. These materials combine high optical clarity, mechanical strength, and design flexibility, enabling their broad application in industrial, healthcare, and consumer sectors.
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25.7.2024
Improvement of mixing heads and injection molding machines in RIM technology
Modern
Reaction Injection Molding (RIM)
equipment has undergone significant innovations that increase efficiency, accuracy, and product quality. Improvements in
mixing heads and injection molding machines
allow for more uniform material distribution, better control over chemical reactions, and broader application possibilities.
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20.6.2024
Use of advanced polyurethane compounds in 3D printing
Advanced polyurethane compounds are increasingly being used in 3D printing due to their excellent mechanical properties, temperature resistance and ability to achieve high surface quality. These materials are particularly suitable for the production of functional prototypes, small series and parts with demanding technical requirements.
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10.5.2024
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