News, product presentations and trends
Efficient tool for mould making: LUKAS-ERZETT sets standards
Efficient tool for mould making: LUKAS-ERZETT sets standards Mould making, an important area in tool and machine engineering, requires precise instruments to create complex structures and exact contours. Choosing the right tools is a decisive factor in order to be…
Precision machining in transition: Innovative power and high-quality tools from LUKAS-ERZETT
Precision machining is a crucial factor for the quality and performance capability of products in various industries. The choice of high-quality tools such as those from LUKAS-ERZETT is of utmost importance. With their outstanding hardness and stability, these tools are perfect for achieving the best results and greater efficiency in production processes.
Agile reliability coupled with consistent quality
The LUKAS brand stands for agility, sustainability and reliability, and organises all its operational activities so that these values are upheld. In order to benefit from the greater planning security and reliability offered by short supply chains, LUKAS principally manufactures and trades “Made in Germany” or at least “near Germany”. The focus is clearly aimed at a holistic regional production strategy: Materials are also purchased from local and regional suppliers wherever possible. Supply chains benefit from greater reliability and planning assurance on account of the short transport routes as this makes them less dependent upon international air and sea transportation. Last but not least, this also enables LUKAS to cut down its CO₂ emissions to meet its own sustainability targets.
Energy transition with LUKAS tools: Precision machining for wind turbines
The rapid developments in the field of renewable energies have propelled the energy transition into new spheres. Wind turbines, which generate clean and sustainable energy, play a key role in this process. However, behind this imposing source of energy lies a complex technology that requires precise machining.
High-quality tools for machining castings - LUKAS-ERZETT offers solutions for efficient and precise machining
Foundries probably continue to play a much more crucial role in modern component manufacturing than one might suspect. The machining of castings is an important step in the production of parts for numerous industries. For example in the automotive industry, where cast materials are used for assemblies including engines, transmissions and brakes.
Plastics are processed in practically every industrial sector. Plastic parts are typically moulded or drawn before they are finished. Machining is one of the most commonly used processing methods: drilling, milling, chafing and threading create the finished product. In almost every industrial sector, the processing of plastics requires reliable machining tools with extremely sharp cutting edges and smooth surfaces for removing the plastic with little effort and quickly transporting it away. Ideally, the desired result is characterised by good surfaces on the workpiece and a long tool life.
Abrasive caps: Leading-edge quality for many different applications
Exceptional quality and performance capability are the hallmarks of LUKAS abrasive caps. Thanks to state-of-the-art manufacturing technologies and high-quality materials, the abrasive caps achieve perfect results where material removal rates, surface quality and tool life are concerned.
Aiming high – with LUKAS precision tools for aerospace engineering
The aerospace industry is an international growth market. As a sector of engineering science and transportation technology, aerospace engineering does not make any compromises where safety and innovation are concerned.
Maximising cost benefits: HypridPerfection
With the HybridPerfection Ceramic4x mounted flap disc you can remove up to 8 kilograms of steel with just one disc – a genuine powerhouse. But the real advantage lies not only in the high material removal rate, but above all in the cost-benefit ratio.
Wood-machining and lightweight engineering
Lightweight engineering materials, such as polyurethane-based materials, are a key factor in modern structural engineering. Their low density combined with high stability make them ideal for aerospace and marine engineering applications. These materials are used, for example, in aircraft cabins and on ships to achieve a low overall weight and therefore increased fuel efficiency and effectiveness. They also offer enhanced sound insulation and fire resistance.