A leading plastic recycling company in Indianapolis, known for its research into plastic particle behavior and recovery, partnered with our Italian engineering team to create a highly specialized laboratory environment tailored to their evolving research needs.
A Fully Customized Solution Built in Italy
Before our North American division officially opened, our Italian design and fabrication teams delivered a complete, turnkey laboratory installation. Every element — from the cabinetry to the specialty enclosures — was engineered, manufactured, and installed with precision to support the client’s unique workflows.
The project featured lab‑grade melamine cabinets, selected for their durability, cleanability, and long-term performance in high‑use research environments. These were paired with custom specialty enclosures designed to support sensitive processes related to plastic particle analysis.
Space‑Saving Utility Chases with Integrated Storage
To maximize efficiency in a compact footprint, the team developed bespoke utility chases that served dual purposes:
- Housing and organizing essential utilities
- Providing additional storage without increasing the lab’s footprint
This approach delivered a clean, streamlined workspace while ensuring easy access for maintenance and future upgrades.
Designed for Today — and Tomorrow
The entire space was planned in close collaboration with the client to ensure the layout supported both current research activities and anticipated future expansion. Flexibility was built into the infrastructure, allowing the lab to adapt as the company’s recycling technologies and research programs evolve.
A Cohesive, High‑Performance Environment
From the specialty enclosures to the melamine cabinetry and integrated utility systems, the final installation reflects the strength of our Italian craftsmanship and our commitment to designing laboratories that are functional, durable, and future‑ready.
This project stands as a strong example of how thoughtful design and close client collaboration can create a research environment that supports innovation in sustainability and materials recovery.
