Spiral Conveyor for Compact Vertical Product Flow
A spiral conveyor moves cartons, cases, and totes between elevations in a compact continuous path. Southwest Solutions Group helps evaluate container details, transfer points, clearances, and conveyor interfaces so the spiral conveyor system fits your facility layout.

What Is a Spiral Conveyor?
A spiral conveyor is a continuous vertical conveyor system that moves lighter cartons, cases, or totes upward or downward along a circular spiral path. It is used when a facility needs to connect different elevations without the floor space required for a long incline conveyor.
Spiral Conveyor Design Inputs: Containers, Elevation, and Footprint
Spiral conveyor design starts with the load and the route. Project planning should confirm the container profile, vertical travel path, available footprint, and how the conveyor will connect to upstream and downstream equipment.
- Carton, case, or tote dimensions, weight range, and bottom condition
- Entry and exit elevations, transfer direction, and required handoff points
- Available floor space, overhead clearances, and surrounding equipment
- Connection requirements for new conveyor layouts or existing conveyor systems


Spiral Conveyor Options and System Interfaces
A spiral conveyor system can be configured around the movement method and transfer layout needed for the application. The selection depends on the container, route, elevation change, and whether the project is part of a new conveyor layout or a retrofit.
- Motor-driven rollers (MDR) for moving lighter cartons and cases through the spiral path
- Gravity-assisted movement for applications where the load, route, and transfer conditions allow it
- Custom entry and exit transfer points to match the facility layout
- Integration with new conveyor systems or older conveyor equipment
Where Spiral Conveyors Fit in Facility Workflows
Spiral conveyors fit warehouses, distribution centers, manufacturing plants, and commercial facilities that need vertical case or tote movement in a compact footprint. They are especially useful in multi-level layouts where materials must move between work areas without dedicating long runs of floor space to an incline.
- Moving cases or totes between a warehouse floor and a mezzanine
- Connecting picking, packing, or shipping areas located at different elevations
- Transferring containers between production and packaging areas
- Adding vertical movement where existing equipment limits available floor space


Planning a Spiral Conveyor System
Before requesting a spiral conveyor quote, gather facility drawings, container details, entry and exit elevations, and information about the conveyor lines that will feed or receive product. Our specialists can review clearances, transfer points, and layout constraints to recommend a practical spiral conveying solution.
- Whether the project is new construction, an expansion, or a retrofit
- The direction of product movement and the elevations to be connected
- Space restrictions around columns, walls, work areas, or existing equipment
- Interface requirements for current or planned conveyor systems
Planning Your Spiral Conveyor System
Use these planning decisions to define a spiral conveyor configuration for your facility. Final recommendations depend on the load, elevation change, footprint, clearances, and conveyor interfaces.
| Planning Decision | Why It Matters | What to Confirm |
|---|---|---|
| Container Profile | Confirming whether cartons, cases, or totes can move reliably through the spiral path. | Review dimensions, weight range, bottom condition, and handling requirements before selecting the conveyor approach. |
| Elevation and Transfers | Defining how product enters and exits the spiral conveyor. | Confirm entry height, exit height, flow direction, and transfer point locations early in layout planning. |
| Footprint and Clearance | Facilities where a long incline conveyor would take too much floor space. | Measure available floor area, overhead clearances, and nearby equipment to verify fit. |
| Movement Method | Choosing between powered MDR roller movement and gravity-assisted movement where appropriate. | The right method depends on the container, route, elevation change, and transfer conditions. |
| Existing System Interfaces | Retrofits or expansions that connect the spiral conveyor to older or new conveyor lines. | Review upstream and downstream equipment so transfer points match the current or planned material flow. |
Southwest Solutions Near You
With 7 offices in Texas, Oklahoma, Kansas and Colorado, plus teams covering every major metro area nationwide, Southwest Solutions Group delivers expert spiral conveyor sales, design, installation, and maintenance support wherever you need it.
Spiral Conveyor Service Areas
Texas
- Dallas
- Austin
- Houston
- San Antonio
- Waco
- Tyler
- Amarillo
- Lubbock
- El Paso
- Ft Worth
- Corpus Christi
- Midland
Oklahoma
- Oklahoma City
- Tulsa
- Norman
- Lawton
- Enid
- Stillwater
- McAlester
- Muskogee
- Guymon
Kansas
- Wichita
- Overland Park
- Topeka
- Kansas City
- Lawrence
- Manhattan
- Salina
- Hays
- Dodge City
- Garden City
Colorado
- Denver
- Colorado Springs
- Fort Collins
- Grand Junction
- Pueblo
- Durango
- Alamosa
- Steamboat Springs
- Greeley
Alabama
- Huntsville
- Birmingham
- Montgomery
- Mobile
- Tuscaloosa
- Hoover
- Dothan
- Decatur
Alaska
- Anchorage
- Fairbanks
- Juneau
- Sitka
- Ketchikan
- Kodiak
- Bethel
- Nome
Arizona
- Phoenix
- Tucson
- Flagstaff
- Yuma
- Prescott
- Lake Havasu City
- Sierra Vista
- Kingman
Arkansas
- Little Rock
- Fayetteville
- Fort Smith
- Jonesboro
- Hot Springs
- Pine Bluff
- Texarkana
- Bentonville
- Arkadelphia
California
- Los Angeles
- San Diego
- San Francisco
- Sacramento
- Fresno
- Redding
- Bakersfield
- San Bernardino
- San Jose
Connecticut
- Hartford
- New Haven
- Stamford
- Bridgeport
Delaware
- Wilmington
- Dover
- Newark
- Rehoboth Beach
Florida
- Jacksonville
- Tallahassee
- Orlando
- Tampa
- Miami
- West Palm Beach
- Fort Myers
- Pensacola
Georgia
- Atlanta
- Savannah
- Augusta
- Columbus
- Macon
- Athens
- Valdosta
- Gainesville
- Albany
Hawaii
- Honolulu
- Hilo
- Kahului
- Kailua-Kona
- Lihue
Idaho
- Boise
- Coeur d'Alene
- Twin Falls
- Idaho Falls
- Pocatello
- Lewiston
- McCall
- Sandpoint
- Moscow
Illinois
- Chicago
- Springfield
- Rockford
- Peoria
- Champaign
- Bloomington
- Carbondale
- Moline
- Quincy
Indiana
- Indianapolis
- Fort Wayne
- South Bend
- Evansville
- Lafayette
- Bloomington
- Terre Haute
- Gary
- Muncie
Iowa
- Des Moines
- Cedar Rapids
- Davenport
- Sioux City
- Iowa City
- Waterloo
- Council Bluffs
- Ames
- Mason City
Kentucky
- Louisville
- Lexington
- Bowling Green
- Owensboro
- Covington
- Paducah
- Ashland
- Richmond
- Frankfort
- Pikeville
- Florence
Louisiana
- New Orleans
- Baton Rouge
- Shreveport
- Lafayette
- Lake Charles
- Monroe
- Alexandria
- Houma
Maine
- Portland
- Bangor
- Augusta
- Lewiston
- Waterville
- Presque Isle
- Bar Harbor
- Biddeford
- Rockland
Maryland
- Baltimore
- Annapolis
- Frederick
- Hagerstown
- Salisbury
Massachusetts
- Boston
- Worcester
- Springfield
- Pittsfield
Michigan
- Detroit
- Grand Rapids
- Lansing
- Ann Arbor
- Flint
- Traverse City
- Marquette
- Kalamazoo
- Saginaw
Minnesota
- Minneapolis
- St. Paul
- Duluth
- Rochester
- Mankato
- St. Cloud
- Bemidji
- Moorhead
Mississippi
- Jackson
- Gulfport
- Hattiesburg
- Biloxi
- Southaven
- Meridian
- Tupelo
- Natchez
- Greenville
- Oxford
Missouri
- Jefferson City
- St. Louis
- Kansas City
- Springfield
- Columbia
- Joplin
- Cape Girardeau
- St. Joseph
- Rolla
Montana
- Helena
- Billings
- Missoula
- Great Falls
- Bozeman
- Kalispell
- Havre
- Miles City
Nebraska
- Lincoln
- Omaha
- Grand Island
- Kearney
- Scottsbluff
- Norfolk
- North Platte
- Fremont
- South Sioux City
Nevada
- Las Vegas
- Reno
- Carson City
- Elko
- Pahrump
- Henderson
- Winnemucca
- Mesquite
- Fallon
New Hampshire
- Concord
- Manchester
- Portsmouth
- Keene
- Nashua
New Jersey
- Newark
- Jersey City
- Trenton
- Atlantic City
New Mexico
- Santa Fe
- Albuquerque
- Las Cruces
- Roswell
- Farmington
- Gallup
- Carlsbad
- Clovis
New York
- Albany
- New York City
- Buffalo
- Rochester
- Syracuse
- Binghamton
- Ithaca
- Plattsburgh
North Carolina
- Raleigh
- Charlotte
- Greensboro
- Asheville
- Wilmington
- Fayetteville
- Boone
- Greenville
North Dakota
- Bismarck
- Fargo
- Grand Forks
- Minot
- Dickinson
- Williston
- Jamestown
- Devils Lake
Ohio
- Columbus
- Cleveland
- Cincinnati
- Toledo
- Dayton
- Akron
- Youngstown
- Athens
Oregon
- Portland
- Salem
- Eugene
- Hermiston
- Baker City
- Medford
- Bend
- Klamath Falls
Pennsylvania
- Harrisburg
- Philadelphia
- Pittsburgh
- Erie
- Scranton
- State College
- Allentown
- Williamsport
Rhode Island
- Providence
- Warwick
- Newport
- Woonsocket
South Carolina
- Columbia
- Charleston
- Greenville
- Myrtle Beach
- Hilton Head Island
- Spartanburg
- Florence
- Rock Hill
South Dakota
- Pierre
- Sioux Falls
- Rapid City
- Aberdeen
- Watertown
- Brookings
- Mitchell
- Yankton
Tennessee
- Memphis
- Jackson
- Nashville
- Clarksville
- Cookeville
- Chattanooga
- Knoxville
- Johnson City
Utah
- Salt Lake City
- Ogden
- Logan
- Provo
- St. George
- Cedar City
- Moab
- Vernal
Vermont
- Montpelier
- Burlington
- Rutland
- Brattleboro
Virginia
- Richmond
- Norfolk
- Virginia Beach
- Roanoke
- Lynchburg
- Harrisonburg
- Fredericksburg
- Bristol
Washington
- Olympia
- Seattle
- Spokane
- Yakima
- Bellingham
- Wenatchee
- Kennewick
- Vancouver
West Virginia
- Charleston
- Huntington
- Morgantown
- Wheeling
- Parkersburg
- Beckley
- Martinsburg
- Bluefield
Wisconsin
- Madison
- Milwaukee
- Green Bay
- Eau Claire
- La Crosse
- Wausau
- Appleton
- Superior
Wyoming
- Cheyenne
- Casper
- Laramie
- Gillette
- Sheridan
- Rock Springs
- Jackson
- Cody
District of Columbia
- Washington D.C.
Frequently Asked Questions
A spiral conveyor is used to move cartons, cases, or totes vertically between different elevations in a facility. It is commonly used in multi-level warehouses, distribution centers, manufacturing plants, and commercial facilities where floor space is limited.
A vertical spiral conveyor moves products along a circular spiral path, allowing cartons, cases, or totes to travel upward or downward between facility levels. This layout provides a compact alternative to a long incline conveyor.
Useful design information includes container type and dimensions, weight range, entry and exit elevations, available floor space, clearances, and details about upstream and downstream conveyor interfaces.
Yes, spiral conveyor systems can be integrated with new or existing conveyor layouts. During planning, transfer points, footprint, clearances, and equipment interfaces are reviewed to confirm fit.
A spiral conveyor is often preferred when vertical movement is needed but floor space is limited. Its circular path can connect elevations in a smaller footprint than a long incline conveyor.
No. Spiral conveyors provide continuous movement for cartons, cases, or totes along a spiral path. Platform lifts and VRCs move loads intermittently on a platform, so they serve different material handling needs.
Explore More Specialty Products
Plan a Spiral Conveyor for Your Facility
Ready to move cases or totes between facility elevations with a spiral conveyor? Our experts can help you evaluate your layout and requirements.
Share your container details, entry and exit elevations, transfer points, and available footprint to get started.
Call us at (800) 803-1083 or Contact Us to schedule your free consultation today.
Request a Spiral Conveyor Consultation




