The e-loop represents a groundbreaking advancement in cable management technology for dynamic hanging applications in demanding industries such as oil and gas, wind energy, and construction. This innovative product integrates high-performance polymer energy chains with a robust composite rope, significantly enhancing operational safety, reliability, and sustainability.

Traditional service loops commonly used in top drive systems, construction machines, oil platforms, and wind turbines face challenges such as cable fatigue due to undefined bend radii, vulnerability to extreme weather conditions, and lengthy downtime during repairs. The e-loop effectively addresses these issues through its modular construction, defined bend radius, and weather-resistant materials, collectively improving system durability, reducing maintenance downtime, and enhancing overall operational efficiency.

“We are honored to receive the ASME Best Mechanical Engineering Achievement Award,” said Felix Brockmeyer, CEO of igus Inc. “This recognition underscores our commitment to engineering solutions that provide tangible improvements in safety, reliability, and sustainability for our customers operating in challenging environments.”

The e-loop’s modular design allows for individual component replacement without dismantling the entire system, reducing downtime and lifecycle costs. It features a high-strength composite rope to relieve strain on cables, robust outer protection against impacts and vibrations, and adaptability for various mounting options. Extensive testing demonstrated the e-loop’s exceptional durability, withstanding over 170,000 cycles—equivalent to approximately 4.5 years of top drive service life.
This award highlights igus’s ongoing dedication to developing advanced materials and mechanical engineering solutions that address critical operational challenges. The e-loop has quickly established itself as a superior alternative to traditional cable management systems by enhancing operational reliability and reducing maintenance requirements.

igus Inc.
www.igus.com

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“With our new fiber optic cable assemblies, we’re offering customers a unique combination of speed and flexibility unavailable until now,” said Gabriel Guglielmi, Vice President of Global Product Management at Pasternack. “This is critical for minimizing downtime, meeting project milestones and deadlines, and staying ahead of the competition.”

The new products encompass a wide range of solutions for telecommunications, data centers, military and aerospace, and other markets demanding high-speed, high-reliability connectivity solutions. The initial custom and fiber cable assemblies, the first in a series, include both simplex and duplex cables with LC, SC, ST and FC connectors.

Later this year, Pasternack will launch multifiber breakout cable assemblies in 4-, 6-, 8- and 12-fiber configurations, as well as a custom Online Cable Configurator. Future fiber optic products will feature single mode and multimode cables, with multi-fiber push on (MPO), Mil-Tac and IP68, and very small form factor (VSFF) connector options.

The new fiber optic cable assemblies are in stock and available for same-day shipping.

Pasternack
pasternack.com

Infinite Electronics
infiniteelectronics.com

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binder ensures reliable data transmission in line with the Cat6A standard, even under challenging conditions such as intense vibrations and shock loads. Connectors designed for these demanding markets must adhere to stringent criteria. The DIN EN 61076-2-109 standard defines essential requirements, including mechanical durability, vibration resistance, and effective sealing for connectors used in industrial and harsh environments.

Additionally, emerging applications impose even stricter standards. For example, connectors for railway systems must undergo additional shock and vibration tests in accordance with DIN EN 61373. Passing these tests ensures that the connectors remain fully functional, even during short-term stresses like those encountered in shunting or coupling operations.

In addition to the rail industry, where several hundred connectors may be installed in a single carriage, and the transport sector, which demands ever-higher data rates in every vehicle, the robust connectors are also finding applications in agriculture. Highly complex machinery in this field requires reliable, robust functionality to prevent downtime. Furthermore, increasingly data-intensive real-time monitoring systems are being integrated into this sector. These systems work with real-time data, such as in combine harvesters, where camera-based systems help to avoid collisions with wildlife.

binder
binder-usa.com

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