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Architectural, Touchless & Sustainable
Premium sensor faucets & resources for architects and facility teams—balanced aesthetics, water savings, and reliable controls.
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CAD & BIM Files
We help you deliver modern, hygienic, and efficient public restrooms and hospitality spaces with cohesive specs, ready downloads, and enterprise-grade support.
Smart Solutions for Public Restrooms
Reduce touchpoints, standardize installs, and improve hygiene with commercial-grade sensor faucets and matching soap systems.
Browse Sensor Faucets
Touchless Soap Systems
Sustainable Design & Water Savings
- Optional 0.35–1.2 GPM configurations
- Low-power electronics with auto-shutoff
- Durable finishes designed for high-traffic use
CAD & BIM Resources
Download Revit families, DWG/DXF, CSI cut sheets & install guides for smooth coordination.
Open BIM Library
CSI Specs / Cut Sheets
Installation Guides
Warranty & Policy
Enterprise & Custom Support
Consultation, value engineering, and rollout planning with multi-site logistics for hotels, airports, and stadiums.

William “Warren” Rosenbrook is a highly respected plumbing engineering leader and technical expert with more than 38 years of experience advancing plumbing system design and public health infrastructure within the global AEC industry. As Plumbing Technical Director at Henderson Engineers, he specializes in the development of efficient, code-compliant, and high-performance plumbing systems for complex commercial, healthcare, transportation, and institutional facilities. His expertise includes water distribution systems, drainage engineering, natural gas infrastructure, Legionella prevention strategies, and sustainable plumbing solutions designed to support long-term operational reliability and occupant safety. Through his technical leadership, mentorship, and advocacy for the plumbing profession, Warren provides valuable insight into commercial restroom infrastructure, water-efficient fixture integration, public health-focused plumbing design, and the critical role of advanced plumbing engineering in modern built environments.