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44' x 92' Inplant Enclosure | Springfield, TN

implant equipment enclosure

Challenge

A 3D printing company in Springfield, Tennessee needed a way to organize a growing collection of production equipment inside their facility. They required a large enclosure that could centralize operations, support significant electrical demand, and improve oversight from the surrounding floor. The solution also needed to fit within a busy, tech-driven environment without causing unnecessary downtime. Panel Built partnered with Paul Hart and Jarvis Handling Equipment Co. to create a system that delivered the space, access, and utility the customer needed.

Solution

Panel Built supplied a 4,048 square foot modular inplant building designed to enclose equipment while maintaining efficient workflow. The 44' x 92' structure includes a 36-space load center that powers 22 duplex outlets and 3 switches, giving the customer the capacity to operate multiple pieces of equipment simultaneously. Two standard personnel doors provide everyday access, while a 10' x 14' roll-up door allows larger machinery to move in and out easily. Inside, a suspended ceiling with LED lighting and Dove Gray gypsum walls creates a clean, professional workspace. Windows along the front side improve visibility into the enclosure, supporting supervision and communication. Structural steel beams and columns support the roof system, engineered for a 39 psf load and designed for long-term performance. The modular approach provided a code-compliant system with minimal disruption to the facility.

Key Features

Expansive Footprint: 4,048 sq. ft. modular enclosure designed for equipment organization.
Electrical Capacity: 36-space load center powering 22 duplex outlets and 3 switches.
Access Points: Two steel personnel doors and a 10' x 14' roll-up door for large equipment.
Interior Finish: Suspended LED ceiling and Dove Gray gypsum walls with matching trim.
Visibility: Front-facing windows for clear supervision from the production floor.
Engineered Roof System: Structural steel beams and columns designed for a 39 psf load.

Conclusion

The completed enclosure gives the customer a centralized, flexible workspace that supports their expanding production environment. With strong electrical capacity, durable finishes, and a layout suited for large equipment, the system enhances organization and allows the facility to scale without major renovation. The modular design also ensured a fast, efficient installation with minimal disruption.

Special thanks to Paul Hart and Jarvis Handling Equipment Co. for their partnership and project photos.