The Chapel set out to upgrade its space with a sleek, modern railing system. However, it faced challenges in balancing budget constraints with contemporary design goals. Wagner addressed these obstacles through a thoughtful, value-driven strategy. This effort resulted in the creation and installation of its first fully integrated structural glass shoe system.
The system includes the PanelGrip® glass guard rail, paired with both wall-mounted and guard rail–mounted handrails. Together, these elements redefine modern design while ensuring safety and long-lasting performance for the space.
The Chapel faced the challenge of adopting a contemporary railing solution while addressing strict budgetary constraints. Initially, the church considered a traditional post-style guard system. However, Wagner saw an opportunity to improve form, function and cost efficiency. The team worked closely with The Chapel and its design team to re-engineer the concept into a glass shoe system.
This value engineering approach dramatically reduced project costs while maintaining design integrity. Wagner collaborated with the structural engineer to develop a custom mounting system that attached the glass shoe to the existing structure, ensuring seamless integration.
To achieve a precise fit for the custom system, Wagner conducted a detailed 3D laser scan of the site. The high-resolution measurements enabled the team to tailor the solution to The Chapel’s exact dimensions. The system features a 1.90-inch stainless steel cap rail and a matching 1.50-inch handrail, both chosen to enhance the overall design.
Additionally, the glass shoe features sleek stainless steel cladding that reinforces the system’s durability and elevates its appearance. Each element of the PanelGrip glass railing system integrates seamlessly to create an environment where safety meets design innovation.
Wagner oversaw the entire installation process—from initial measurements to the final mounting of the glass shoe system. Despite the aggressive schedule, with quotations provided in February and installation completed by August, the project team executed every phase with precision and efficiency. The installation minimized any disruption to The Chapel’s operations while meeting all functional and aesthetic requirements. Close coordination with the structural engineer ensured that the custom mounting solution performed reliably, even under challenging conditions.
