St. Anthony Hospital, Gig Harbor WA

Chi Franciscan Health, St. Anthony Hospital, Gig Harbor WA

Recessed Wall Wash Lighting fixtures in hospital patient room
Recessed Wall Wash Lighting Fixtures in hospital patient room

Project Overview

Located in the heart of Gig Harbor, Washington, St. Anthony Hospital is a vital part of the CHI Franciscan Health system, delivering full-service, compassionate care to the local community. Designed with wellness and comfort in mind, the hospital prioritizes a healing environment for both patients and staff.

To support these design goals, Belfer Lighting’s Reflex RX1341 indirect LED fixtures were chosen to illuminate patient-centric spaces in emergency areas and patient rooms throughout the hospital. With its low-profile design and high-performance optics, Reflex not only supports patient well-being, but also meets the operational needs of a modern healthcare facility—including energy efficiency, durability, and ease of maintenance. This project reflects a growing trend in healthcare design: integrating architectural lighting that is both functional and therapeutic.

Lighting Objectives

  • Create glare-free, evenly distributed light for visual comfort

  • Enhance wayfinding and architectural depth

  • Support a calm, wellness-focused environment

  • Deliver energy-efficient, low-maintenance lighting suitable for 24/7 use

Lighting Results at St. Anthony Hospital

The RX1341 Reflex fixtures in the patient rooms provide a soft, diffused glow that contributes to a healing-focused interior design. Mounted flush with the ceiling, these fixtures offer discreet, high-performance illumination that minimizes direct light exposure—ideal for both daytime care and nighttime rest.

Belfer’s contribution supports St. Anthony’s mission of creating comfortable, safe, and serene patient environments through thoughtful architectural detail and lighting technology.

Architect: ZGF Architects
Photography: Doug Scott

North Hill Retirement Center

North Hill Retirement Center, Plymouth, MA

Wall Wash Lighting in assisted living medical center

Project Overview

Located in historic Plymouth, Massachusetts, North Hill Retirement Community sets a new standard for senior living—combining luxury, independence, and wellness-focused design. As part of its commitment to creating a peaceful and supportive environment, the facility selected Belfer Lighting’s Reflex RX1341 to provide glare-free, indirect LED lighting throughout key public and transitional spaces.

The result is an elegant, energy-efficient lighting solution that prioritizes both resident comfort and architectural continuity.

Belfer Lighting’s Reflex RX1341 was selected for its sleek architectural profile and high-performance indirect LED output, ideal for environments requiring visual ease and modern elegance. Installed in hallways, lounges, and multipurpose spaces, the RX1341 delivers even, ambient lighting that supports safe navigation while enhancing the overall design aesthetic.

The indirect nature of the lighting minimizes glare, making it ideal for residents with aging or sensitive vision—a key consideration in senior living environments.

Lighting Goals

  • Enhance visual comfort for older adults with soft, indirect illumination

  • Minimize glare and harsh shadows in public and communal spaces

  • Improve ambient light quality for wellness and safety

  • Support a warm, welcoming environment for residents, families, and staff

  • Ensure long-lasting, low-maintenance lighting performance

Mass General Hospital North Shore Cancer Center

Mass General Hospital, North Shore Cancer Center, Danvers MA

Wall Wash Lighting in medical center patient rooms

Project Overview

The North Shore Cancer Center, part of Mass General Hospital in Danvers, Massachusetts, provides world-class oncology care in a welcoming and supportive outpatient environment. Focused on healing, comfort, and dignity, the design of the facility emphasizes calming architecture, natural light, and patient-centered details—including lighting.

To achieve these goals, Belfer Lighting’s Reflex RX1320 indirect LED fixtures were specified in treatment rooms, hallways, and the main lobby to deliver soft, ambient illumination that promotes a soothing experience for both patients and healthcare professionals.

The Reflex RX1320 indirect LED fixture is specifically designed to deliver high-performance, glare-free illumination in sensitive healthcare environments. At the North Shore Cancer Center, the RX1320 was installed in:

  • Patient Treatment Rooms – providing soft, indirect lighting to reduce stress and support a therapeutic setting

  • Corridors & Hallways – ensuring well-lit, easy-to-navigate spaces for patients, staff, and visitors

  • Lobby & Reception Area – creating a welcoming and modern environment with balanced ambient light

The RX1320’s low-profile housing and architectural-grade finishes blend seamlessly into the facility’s clean, minimalist interior design—while delivering consistent, high-efficiency lighting across all zones.

Lighting Objectives

  • Provide glare-free, comfortable lighting in treatment and recovery spaces

  • Support emotional well-being through indirect, non-harsh illumination

  • Ensure visual clarity and safety in hallways and transitional zones

  • Enhance the modern aesthetic of the lobby and reception area

  • Meet healthcare-grade energy efficiency and durability requirements

Wall Wash Lighting in medical center lobby
Wall Wash Lighting in medical center lobby

Natixis Investment Managers HQ

University of Delaware

University of Delaware, Interdisciplinary Science and Engineering Building, Newark, DE

Wall Wash Lighting in university lobby

Imagine a world where lighting fixtures don't just illuminate, they also help define spaces. The University of Delaware did. Step into their 200,000 sq. ft. of pure enlightenment, where solutions for renewable energy and environmental stewardship come to light.

With the ability to custom silkscreen logos or room numbers, Belfer Lighting's Reflex Wall Wash fixtures are redefining functionality for universities, offices, hotels and hospitals.

Architect: Ayers Saint Gross

University of Massachusetts

Transforming Learning Spaces with LED Lighting

University of California, Rady School of Management, San Diego, CA

Wall Wash Lighting in university lecture hall theatre

At the Rady School of Management, advanced lighting technology is redefining experiential learning in the J.R. Beyster Auditorium. The integration of Belfer's Reflex LED Recessed Indirect Lighting enhances the aesthetic appeal while promoting an engaging educational environment. This innovative lighting solution is designed for seamless installation, making it ideal for both new construction and renovations. Explore how thoughtful lighting can elevate learning experiences and foster creativity in various settings.

NIH Porter Neuroscience Research Center Bethesda MD

NIH Porter Neuroscience Research Center, Bethesda MD

Wall Wash Lighting in government research center lobby

Project Overview

The Porter Neuroscience Research Center at the National Institutes of Health (NIH) in Bethesda, Maryland, is a cutting-edge facility designed to advance the study of brain science and foster cross-disciplinary collaboration. With a focus on transparency, openness, and modern design, the Center’s expansive lobby and open-plan public spaces serve as both a welcoming hub and a symbolic core of innovation.

To meet the challenges of high-ceiling architecture and the need for visually comfortable, energy-efficient lighting, Belfer Lighting’s Reflex RX1320 indirect LED system was specified and installed throughout these key areas.

The RX1320 indirect LED fixture by Belfer Lighting is engineered for architectural integration in spaces where light quality and visual comfort are paramount. At the NIH Porter Center, these fixtures were mounted in custom-designed columns to illuminate the expansive lobby and connecting atrium spaces.

The indirect distribution of the RX1320 provides a soft, diffuse glow ideal for large, open environments—reducing harsh contrasts and complementing the facility’s natural daylighting strategies.

Lighting Objectives

  • Deliver uniform ambient lighting across large open volumes

  • Minimize glare and shadows in high-ceiling spaces

  • Enhance architectural features with clean, modern lighting

  • Support visual comfort for researchers, staff, and visitors

  • Provide energy-efficient performance for a federally managed facility

Architecture Firm: Perkins + Will
Lighting: Gilmore Lighting Design
Photography: Alain Jaramillo