Rolling Service Doors

A rugged, space‑saving door solution built for dependable performance in demanding commercial and industrial openings.

Overhead Door™ Rolling Service Door Systems are designed to deliver long‑term durability, smooth operation, and flexible configuration options for a wide range of facility needs. Their upward‑coiling design is an ideal fit when headroom and sideroom are limited, while maintaining the strength and reliability required for everyday industrial use. Doors are available in galvanized steel, stainless steel, and aluminum, with multiple slat profiles, finishes, and operating choices—including push‑up, chain hoist, crank, or motor operation. We also provide springless, regular, or so Coil‑Away™ systems so that you can match performance to your opening and workflow.

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Rolling Service Door 610

Rolling Service Door 600

Rolling Service 620 Brown

Rolling Service Steel Door 625

Rolling Service 610

Model 610 Fenestrated

Rolling Model 610 Fenestrated Tan

Rolling Service 625 Big

Insulated - Models 625 & 627

Helps control temperature, energy use, and sound.
R‑value: ~7.7 to ~10.9
Supports better climate control in conditioned or semi‑conditioned spaces
Helps reduce energy loss compared to non‑insulated service doors
Adds noise reduction and comfort in active facilities
A smart choice when thermal performance matters, but space and security still lead

Non-insulated - Models 600, 610, 620

Reliable security and access, without added complexity.
Provides dependable opening protection for interior or non‑conditioned spaces
Keeps initial costs controlled while delivering proven commercial durability
Simple, familiar design makes it easy to spec, install, and maintain
Ideal for applications where security and access come first

Springless - Models 600S, 610S, 620S

Built for high‑cycle, high‑demand operations.
R‑value: Depends on slat selection (non‑insulated by default)
Delivers long‑term reliability in high‑use environments where downtime isn’t acceptable
Eliminates traditional spring failure points to reduce ongoing maintenance
Delivers consistent, predictable performance shift after shift
Ideal for facilities that need confidence in high‑traffic openings without over‑engineering