Biomedical Sciences Partnership Building
University of Arizona
solution
Laboratory
Market
Science & Technology, Higher education
location
Phoenix, Arizona
PARTNERS
CO Architects, DPR, Sundt
ABOUT THE PROJECT
The Biomedical Sciences Partnership Building at the University of Arizona serves as a hub for health care science and research. Designed by CO Architects and constructed by a joint effort between DPR and Sundt, the lab is equipped with modern features and equipment. H2I Group supplied casework, bio safety cabinets, fume hoods, flexible bench systems, epoxy countertops, and various fixtures. These installations aim to offer an efficient and safe research environment, reflecting H2I Group’s dedication to quality and practicality in laboratory settings.
PRODUCTS & SERVICES
- Casework
- Bio Safety Cabinets
- Fume Hoods
- Flexible Bench Systems
- Epoxy Countertops
- Fixtures
RELATED PROJECTS
GET STARTED
LET’S TALK ABOUT YOUR
NEXT PROJECT
CONTACT US
FIND MORE ON THE BLOG
March 31, 2025
Keep Your Gym Floor Looking and Performing Its Best: Schedule a Summer Screen and Recoat
Keep your gym floor in top condition with a summer screen and recoat! This essential maintenance extends the life of your hardwood sports flooring, enhances safety, and prevents costly repairs. Schedule your recoat during summer break for minimal disruption and optimal results. Contact H2I Group today to ensure your gym floor is game-ready for the school year!
Read MoreMarch 21, 2025
How to Choose the Right Track Resurfacing Company: Key Considerations
Choosing the right track resurfacing company is crucial for maintaining a durable, high-performance running track. From evaluating experience and material options to ensuring proper certifications and cost transparency, several factors influence the decision. This guide explores key considerations, including customization capabilities, maintenance services, and environmental responsibility, to help you select the best resurfacing partner. Trust H2I Group for expert track resurfacing solutions that enhance safety, functionality, and aesthetics.
Read More
