LAPP - A success story in the third generation
LAPP was founded in 1959 by Ursula Ida and Oskar Lapp and is a global player on the road to expansion and success. To this day, the company is still in family hands and is managed by the third generation. With 18 production sites, more than 44 sales companies and hundreds of consulting experts, LAPP is represented worldwide. LAPP is committed to working in a spirit of trust and partnership and now employs 4,650 people worldwide.
Integrated solutions in the field of cable and connection technologies
Under the central guiding principle of good cooperation and appreciative interaction, LAPP is constantly developing products and system solutions and setting standards in quality, safety and functionality.
In addition to customer and market proximity as well as brand quality, the company is characterized by innovative strength, reliability and value-oriented thinking and acting.
Product recommendations
LAPP: Innovative product series for highest demands
ÖLFLEX® connection and control cables from LAPP
The ÖLFLEX® product series has established itself as an indispensable brand for high-quality connection and control cables. With their flexibility and oil resistance, these wires meet the highest demands and defy even the most adverse conditions.
The areas of application are diverse and range from machine and machine tool construction to plant and apparatus engineering to measurement, control, heating and air conditioning technology. The wires are also used in wind power and photovoltaic systems as well as in public buildings such as airports and train stations. They are even suitable for mobile electrical equipment such as power tools, DIY machines and household appliances. With ÖLFLEX® you are on the safe side in electrical engineering.
UNITRONIC® data transmission systems from LAPP
LAPP's UNITRONIC® data cables and fieldbus components are the forward-looking solution for almost all applications in mechanical and plant engineering. Whether it is the transmission of simple control signals or fieldbus signals in complex network structures, the data cables of the UNITRONIC® product series offer a reliable cabling and connection solution for almost any application.
The high-quality products are used in various areas such as sensors and actuators, device electronics, measurement and control technology, automated manufacturing processes and industrial robots as well as bus systems, computer and communication systems.
ETHERLINE® data transmission systems for ETHERNET technology from LAPP
With ETHERLINE® products from LAPP, you can move safely, quickly and reliably into the future of Ethernet applications such as PROFINET®. The systems consist of durable and robust wires as well as connection components for passive and active network technology.
They offer a suitable solution for almost any application, especially in industrial environments. In addition to industrial and building networking, the data transmission systems are also suitable for machine and plant engineering, automation technology and control engineering.
HITRONIC® Optical Data Transmission Systems from LAPP
With HITRONIC® optical fibers, the transmission of large amounts of data becomes a piece of cake: interference-free, tap-protected and almost at the speed of light. Even electromagnetic radiation has no influence on the transmission. The HITRONIC® range offers an ideal solution for indoor or outdoor use, for challenging conditions and even for use in the energy supply chain.
The optical data transmission systems are not only used in telecommunications and network technology, but also in industrial cabling and at the automation level, in mechanical and plant engineering, and for data transmission under extreme conditions, e.g. in mining and tunneling, on gas and oil platforms, or in wind turbines.
EPIC® industrial connectors from LAPP
LAPP's EPIC® industrial connectors are used in mechanical and plant engineering as well as in drive technology where measurements, control, regulation and drives are required. The EPIC® system consists of flexible housings, inserts and contacts that are extremely robust, absolutely safe and easy to assemble.
The industrial connectors are suitable for use in electrical and communications engineering, measurement, testing and control technology, mechanical engineering and instrumentation, drive technology and industrial automation, as well as in photovoltaic systems, among other applications.
SKINTOP® cable glands from LAPP
LAPP SKINTOP® cable glands provide secure connections with just one flick of the wrist - simply insert the cable, tighten and you're done. These universal systems offer a simple and effective solution: they fix and center the cable, seal it hermetically and ensure optimum strain relief.
Applications include mechanical and plant engineering, drive technology, measurement and control technology and renewable energies, and wherever cables need to be fastened securely and quickly.
SILVYN® cable protection and guiding systems from LAPP
The versatile range of SILVYN® protection and guiding systems from LAPP offers optimum protection for cables and wires against dust, moisture, mechanical, thermal and chemical influences. In addition, the product series with SILVYN® CHAIN also offers cable protection and guidance for dynamic applications by means of a wide selection of cable drag chains.
The cable protection and guiding systems are used in mechanical and plant engineering, the automotive industry, machine tool manufacturing and renewable energy.
FLEXIMARK® marking systems from LAPP
The requirement for long-lasting marking finds its solution in FLEXIMARK® from LAPP. With these intelligent systems, a quick overview in the control cabinet becomes a reality and not just a wish. The FLEXIMARK® program offers a wide range of possibilities, from simple marking surfaces for manual marking to electronic marking.
The use of FLEXIMARK® ensures permanent marking that retains its quality over the long term. Areas of application include control cabinet construction, automation technology, mechanical and plant engineering, and renewable energies.