At SPS 2025, LAPP will showcase groundbreaking industrial connectivity solutions across two booths, 310 in Hall 2 and 322 in Hall 10. Highlights include the tool-free EPIC(R) ClickConnect patch cables, EMC-optimized ÖLFLEX(R) servo conductors, high-voltage EV wiring and ultrasonic welding cables, all designed to enhance assembly efficiency and reliability. The FutureLab demonstrates digital asset management shells, predictive maintenance systems, advanced engineering and innovative hybrid cable prototypes featuring zeroCM technology.
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LAPP Demonstrates Comprehensive Industrial Connectivity Excellence at SPS2025 Booths
On SPS 2025, LAPP showcases its comprehensive portfolio at booths 310 (Hall 2) and 322 (Hall 10). Expert presentations highlight integrated industrial connectivity solutions that combine efficiency with responsibility. Attendees explore advanced connectors offering tool-free installation, electromagnetic compatibility-enhanced cables optimized for signal integrity, and products tailored to robotics, automation, and energy distribution. Through live demonstrations, visitors gain insights into sustainable, future-ready technologies driving connected manufacturing ecosystems while reducing resource consumption.
LAPP unveils EPIC ClickConnect M12D for faster tool-less connections
LAPP unveils the EPIC(R) ClickConnect M12D, a fully assembled patch cable at both ends featuring an innovative push-pull locking mechanism compliant with DIN EN IEC 61076-2-010. This tool-free connection eliminates time-consuming screwing steps, accelerates installation, and reduces error potential. The M12D PROFINET Type C version is tailored for continuous-motion applications such as robotics, automation, cable carriers. At the exhibition, LAPP will expand the ClickConnect portfolio with introduced M12A, M12X variants.
zeroCM cables cut leakage currents up to sixty percent
With the new ÖLFLEX(R) SERVO zeroCM and ÖLFLEX(R) SERVO 718 CH zeroCM servo cables, LAPP delivers premium shielding technology engineered to maximize system uptime and reliability. The patented zeroCM(R) concept curtails leakage currents by up to sixty percent, handling longer cable runs with minimal interference. The halogen-free 718 CH iteration further enhances fire safety by significantly lowering smoke density and toxic gas emissions. They are ideally suited for safety-critical installations.
ÖLFLEX HV EV Cable shields components at 1000VAC/1500VDC reliably
Designed for power applications, this cable withstands up to 1000 V AC and 1500 V DC while protecting sensitive control components through a dual-layer shielding system. An aluminum?laminated foil and copper braid work in tandem to reduce electromagnetic interference and enhance reliability. Ideal for battery energy storage systems, high-voltage battery packs, power electronics, electric motors, and battery management systems, it supports both E-Mobility and industrial installations where performance and signal integrity matter.
LAPP Launches ÖLFLEX WIRE MS B for Ultrasonic Welding
The new single-core ÖLFLEX(R) WIRE MS B cable is engineered explicitly for ultrasonic welding applications, featuring an uncoated copper conductor that enhances joint strength, ensuring exceptionally strong welds, and minimizes tooling wear by eliminating tin plating. Its range of certifications supports deployment across industrial settings, simplifying inventory management and reducing part variance. Scheduled for release in February 2026, it streamlines production workflows and ensures reliable performance in demanding welding processes.
FutureLab, EPLAN reveal digital shell optimizing cable harness lifecycle
In FutureLab, LAPP and EPLAN present a digital management solution to optimize collaborative engineering workflows. This technology transforms manual preparation and planning into digital processes, enabling faster setup and streamlined cable assembly lifecycle management. By automating repetitive tasks, the system ensures greater transparency across engineering teams, facilitates real-time data sharing and version control. Projects are completed faster, errors are reduced, and overall efficiency is markedly improved, delivering measurable time savings.
Real-Time Cable Monitoring Prevents System Failures, Optimizes Maintenance Scheduling
Predictive Maintenance for ÖLFLEX(R) delivers real-time monitoring of cables, detecting early signs of wear, insulation degradation or electrical faults. By analyzing key parameters such as current, temperature and vibration, the system highlights emerging issues before they escalate. Maintenance teams receive insights and alerts, enabling optimized scheduling of service intervals. This proactive approach reduces unplanned downtime, minimizes repair costs and maximizes equipment reliability, ensuring sustained operational availability and lower lifecycle expenses.
LAPP introduces zeroCM hybrid cable integrating power, sensor data
Introducing prototypes of a hybrid cable featuring zeroCM(R) technology, LAPP integrates power delivery and sensor data transmission within a single conduit. By combining energy and sensing functionalities, this design significantly simplifies wiring architectures, reduces installation labor, and lowers material expenditures. Engineers can streamline system layouts and minimize cabling clutter, while maintaining robust performance and electromagnetic compatibility. These hybrid cables embody next-generation connectivity solutions tailored for highly automated, integrated manufacturing environments.
LAPP presents tool-free connectivity solutions at SPS 2025 exhibition
At SPS 2025, LAPP presents a holistic, integrated, diverse portfolio comprising tool-free EPIC ClickConnect connectors, EMC-optimized ÖLFLEX cables, high-voltage EV lines, and ultrasonic welding wires with advanced digital engineering capabilities in FutureLab. Combining technological innovations and software-driven lifecycle management, LAPP cuts installation time and minimises errors. Predictive maintenance enhances operational reliability and prevents unplanned downtime, delivering sustainable, future-proof connectivity solutions that foster efficiency and resource conservation across industrial production environments.
