SPIDERS Point-Supported Glass Technology: oren’s Architectural Innovation Redefining Modern Design

A crowning achievement in oren’s product portfolio is its advancements in SPIDERS point-supported glass technology—a system transforming how glass structures are designed and built. This innovation addresses decades of evolution in glass connection mechanisms, from early 20th-century metal clamps to today’s sophisticated spherical joints.

Modern SPIDERS technology eliminates stress concentration around glass holes by replacing traditional metal splints with spherical connectors. These components allow glass panels to flex under external forces, significantly increasing the allowable size of monolithic glass sheets while enhancing both safety and visual appeal. The design integrates seamlessly with steel structures, enabling architects to create expansive, frameless glass facades that were previously unattainable.

Key milestones in SPIDERS development include its deployment in iconic projects like Sydney Airport (stainless steel SPIDERS claws installed in 2001) and its first export to Dubai in 2004. The technology’s success is further validated by certifications such as the 2010 “AAAA Grade Standardized Industry Certificate” and the 2011 “Outstanding Contribution to Building Curtain Wall Fittings” award from the China Construction Metal Structure Association.

By eliminating bulky support elements, SPIDERS technology enables thinner glass panels with higher load-bearing capacity. Its mechanical principles draw from aerospace engineering, ensuring precision in node displacement and rotation. This allows glass connections to adapt dynamically to environmental forces, such as wind loads, without compromising structural integrity.