Grow Carts & Workflow Equipment | SSG Horticulture

Grow Carts for Cultivation, Drying, and Processing

Keep plants, cut material, supplies, tools, trays, and harvest workflows moving through the facility without forcing teams to work around fixed tables or improvised equipment. SSG Horticulture helps growers plan clone carts, propagation carts, dry carts, trellis dispensers, processing carts, stainless steel carts, and cultivation carts around the real movement of a commercial grow.

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Movement Move Plants and Materials Cleanly

Support daily movement between clone rooms, veg areas, flower rooms, drying rooms, processing spaces, and storage areas.

Workflow Reduce Extra Handling

Bring work to the team, protect sensitive plants and harvested material, and reduce unnecessary touchpoints during critical stages.

Access Reach Every Tray or Shelf

Use mobile shelving, adjustable levels, open-sided designs, and cart sizing that supports watering, scouting, pruning, and inspection.

Cleanability Plan for Washdown and Sanitation

Select finishes, trays, shelves, casters, base pans, and cart paths around cleaning requirements and high-humidity grow environments.

Cart configurations

Match the cart to the stage of the plant, product, or workflow it supports.

Carts are simple equipment, but the wrong cart can slow down a grow. The right cart depends on whether the team is moving clones, trays, dry material, trellis netting, tools, finished product, supplies, or active crop systems with lighting and irrigation.

rolling clone propagation cart for plant trays and nursery workflow

Early growth stages

Clone and Propagation Carts

Clone and propagation carts support one of the most sensitive stages of the grow cycle. Multiple adjustable levels let teams organize high volumes of starter plants in a compact footprint, while open access helps staff water, inspect, move, and monitor plants without fighting fixed tables.

How it worksMulti-level mobile shelving holds propagation trays, flats, domes, young plants, and optional lighting accessories in a single movable system.

Use whenThe facility needs to move batches between propagation rooms, mother rooms, veg rooms, cleaning areas, or staging zones.

Best applicationCannabis clone rooms, nursery starts, leafy greens starts, research trials, teaching labs, and controlled propagation spaces.

Planning detailsFlat size, tray count, shelf spacing, caster type, lighting, water handling, sanitation, door clearances, and room-to-room movement paths.

Watch forPropagation density only helps when teams can reach every tray and keep batches consistent across each shelf level.

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mobile plant drying rack for hanging harvested crops during curing

Post-harvest movement

Dry Carts and Mobile Drying Racks

Dry carts help move cut material from harvest into the dry room while keeping stems organized, accessible, and off the floor. Instead of turning harvest into a tangle of bins, totes, and fixed racks, dry carts give teams a mobile structure that can support drying workflow, room loading, unloading, and sanitation.

How it worksRolling frames, hanging rods, finger bars, shelves, or removable rack components hold harvested material while the cart moves between flower, harvest, dry, and processing zones.

Use whenThe operation needs a faster way to load dry rooms, protect flower quality, standardize handling, and reduce excess product touchpoints.

Best applicationCannabis and hemp harvest workflows, drying rooms, curing support areas, and post-harvest staging spaces.

Planning detailsDoor clearances, dry room aisle widths, airflow around the cart, hanging style, material finish, caster selection, washdown, and unloading workflow.

Watch forThe dry cart is only one layer. Dry room airflow, humidity, temperature, sanitation, and handling SOPs still determine final post-harvest consistency.

Plan Dry Room Workflow

mobile trellis netting rack for plant support and grow room setup

Canopy support workflow

Trellis Dispenser Carts

A trellis dispenser turns a repetitive, awkward job into a smoother workflow. Teams can load trellis netting rolls, roll the dispenser down the room, pull netting evenly across the canopy, and reduce the time spent untangling rolls or setting netting section by section.

How it worksA mobile frame holds multiple netting rolls and support rods so teams can deploy netting across benches, rows, or canopy sections more consistently.

Use whenThe crop needs horizontal plant support, canopy management, consistent spacing, and faster trellis installation across repeated rooms or long rows.

Best applicationCannabis flower rooms, greenhouse rows, indoor crop rooms, and production spaces where trellising is repeated every cycle.

Planning detailsNet roll sizes, room length, bench width, trellis pole layout, aisle width, caster type, storage position, and how teams stage reloads.

Watch forTrellis work touches every plant. Small workflow improvements can matter when the same task is repeated across many rows and cycles.

Plan Trellis Workflow

Processing cart workflow in a horticulture or lab environment

Back-of-house movement

Processing and Stainless Steel Carts

Processing carts do not need to be overcomplicated. They need to be sized correctly, easy to clean, strong enough for daily use, and practical for moving product, tools, supplies, bins, trays, and packaged materials through processing and support spaces.

How it worksMulti-shelf carts, stainless steel carts, wire carts, utility carts, and tray carts support internal movement where fixed storage would slow teams down.

Use whenTeams need to move harvested material, supplies, tools, samples, packaged product, cleaning items, or work-in-process between rooms.

Best applicationProcessing rooms, trimming rooms, labs, packaging areas, storage rooms, dispensary back-of-house spaces, and general facility support.

Planning detailsShelf count, cart height, material finish, wheel type, turning radius, doorway clearance, washdown needs, payload, and where carts park when not in use.

Watch forToo many carts without planned parking can create clutter. Cart strategy should include staging, cleaning, and storage locations.

Review Cart Needs

Multi-tier cultivation cart with optional lighting and irrigation support

Active crop support

Cultivation and Grow Rack Mobile Carts

Cultivation carts support active growing in a mobile format. Depending on the crop and system, they can hold trays, plants, lights, irrigation components, or hydroponic equipment so teams can move a small grow system instead of rebuilding it in place.

How it worksTwo-tier, three-tier, or four-tier carts support crop trays, lighting, irrigation bundles, hydroponic grow areas, or mobile crop trials.

Use whenThe project needs flexible production, classroom demonstrations, research trials, small-batch growing, mobile staging, or food grow applications.

Best applicationLeafy greens, herbs, research labs, education, propagation, R&D spaces, small CEA rooms, and non-cannabis food grow workflows.

Planning detailsTier count, tray style, load rating, lights, water reservoir, pump access, drain path, electrical routing, shelf spacing, and cleanout access.

Watch forOnce lighting and irrigation are added, the cart becomes part of the room infrastructure. Plan power, water, drainage, and access before buying.

Plan Cultivation Carts

Comparison matrix

How the main horticulture cart types support different facility workflows.

This comparison helps buyers understand which cart category belongs in each room and what needs to be reviewed before quoting or final layout planning.

Decision Point Clone / Propagation Dry Cart Trellis Dispenser Processing Cart Cultivation Cart

Primary goal Organize and move early-stage plants. Move harvested material into drying workflow. Deploy netting faster and more consistently. Move tools, product, trays, supplies, and work-in-process. Support mobile growing, trials, or small crop systems.

Best fit Clone rooms, propagation rooms, nursery starts. Harvest rooms, dry rooms, cure support areas. Flower rooms and long rows needing trellis support. Processing, trimming, packaging, storage, labs. Food grow, research, education, flexible CEA rooms.

Key constraints Shelf spacing, tray count, lights, plant access. Airflow, hanging style, washdown, dry room clearance. Net sizes, aisle width, room length, pole layout. Material finish, shelf count, payload, parking. Water, drainage, power, load, tier spacing.

Wrong fit when Plants need fixed benches or high-volume automated handling. The dry room has no cart path or airflow around carts. Trellising is rare or handled with fixed equipment. The cart is treated as storage without a movement plan. The room cannot support added power, water, or cart loading.

SSG planning role Confirm batch size, room movement, shelf layout, and access. Coordinate cart type with harvest and dry room workflow. Review trellis process, aisle strategy, and reload needs. Plan standard carts around back-of-house movement. Coordinate crop goals with lighting, irrigation, and utilities.

Sizes and construction details

Cart planning should start with workflow, then move into shelves, tiers, trays, casters, and material finishes.

Many cart conversations start with a simple question: what cart do we need? The better question is where the cart will move, what it will carry, how often it will be cleaned, and whether it supports plants, harvest material, supplies, or active growing equipment.

Clone and propagation capacity

Four-level clone and propagation carts can support high-volume starter plant workflows while keeping trays accessible from multiple sides. Final capacity depends on tray format, plugs, domes, lighting, and shelf spacing.

American-made materials and finishes

Built in the USA from American-made steel and aluminum, these carts can be configured with powder-coated steel, galvanized steel, aluminum, stainless steel, wire shelving, plastic trays, and food-grade shelf surfaces — each solving different sanitation, corrosion, load, and cost problems.

Reference details

Common cart planning points

Planning PointReference Detail

Clone cart levelsFour adjustable growing levels are common for clone and propagation cart layouts.

Clone capacityReference systems are often designed around roughly 1,200 to 2,000 clones depending on setup.

Tray compatibilityPlan around 10 by 20 flats, HIPS trays, ebb and flow trays, grow trays, or custom tray formats.

Trellis dispenser capacityReference trellis dispensers can hold multiple netting rolls and support several rod lengths.

Dry cart materialsDry carts may use powder-coated expanded metal, food-grade plastic, galvanized sheet metal, stainless steel, rods, or hanging fingers.

Cultivation tiersMobile cultivation carts may be planned as two-tier, three-tier, or four-tier systems.

Active cart utilitiesLighting, irrigation, reservoir, pump, timer, power, fill, and drain paths should be reviewed before selection.

Final specifications should be confirmed around facility dimensions, door clearances, room transitions, sanitation rules, cart parking locations, crop type, load requirements, utilities, and how teams move through the building.

Workflow stages

Carts connect the grow room to the work happening before, during, and after cultivation.

The value of a cart is not the frame alone. It is the time saved when teams can move the right material to the right room at the right point in the grow cycle.

Clone cart side detail with adjustable shelves

Plant Movement

From Propagation to Production

Young plants, trays, plugs, domes, and crop trials need controlled movement. Cart planning helps teams keep batches together and reduce unnecessary plant stress during room transitions.

Plan cart height and shelf spacing around the actual trays used.
Coordinate lighting and water access when plants stay on carts for longer periods.
Confirm door, hallway, and turning clearances before selecting cart dimensions.

Trellis dispenser cart with netting roll

Labor Support

From Canopy Work to Post-Harvest

Trellis, harvest, drying, trimming, packaging, cleaning, and storage all create movement demands. Carts help reduce the number of manual carries and keep the room from turning into a staging bottleneck.

Map where carts load, unload, clean, and park between cycles.
Choose materials that match wet rooms, dry rooms, and sanitation procedures.
Use cart types that match tasks instead of forcing one cart to do everything.

Room-to-room movement Cart sizes should fit actual doorways, corridors, turns, thresholds, and elevator paths where applicable.

Batch organization Propagation and research workflows need clear batch control so trays, genetics, trials, or crops do not get mixed.

Cleaning and parking Cart strategy should include where carts are washed, dried, parked, and staged when rooms are full.

Task-specific design Drying, trellising, processing, and active growing all need different cart details, accessories, and finishes.

Integrated support systems

Grow carts work best when they are planned with access, utilities, sanitation, and room flow.

Carts can look secondary compared with racking or benching, but they touch almost every daily task. SSG helps connect cart selection with how the facility receives plants, grows crops, harvests material, processes product, cleans equipment, and stores supplies.

Propagation Access

Review tray sizes, shelf spacing, lights, watering method, humidity domes, batch labels, and aisle access.

Dry Room Loading

Plan how cut material moves from flower rooms into drying rooms without slowing the harvest team down.

Trellis Deployment

Coordinate net sizes, roll storage, room length, trellis poles, and aisle movement so netting goes up faster.

Processing Movement

Move bins, trays, tools, packaged product, samples, and supplies between trimming, processing, lab, and vault spaces.

Active Crop Utilities

For cultivation carts, coordinate lighting, irrigation, reservoir fill, drainage, electrical access, and service paths.

Cleanability

Choose finishes, casters, trays, and base pans around washdown procedures and high-humidity facility conditions.

Storage and Parking

Define cart storage areas so support equipment does not block corridors, rooms, doors, drains, or work zones.

Facility Layout

Use layout planning to confirm travel paths, staging zones, doorway clearances, and handoff points between rooms.

Clone cart viewed from the front — Adjustable cart levels for propagation

Facility planning render for grow cart workflow — Layout planning for movement and staging

Planning factors

What SSG reviews before recommending a cart path.

Cart selection should be tied to the room, the crop stage, the cleaning process, and the people doing the work. SSG helps move the conversation past generic utility carts and into a practical plan for how the operation actually moves.

Crop stage

Room function

Tray size

Shelf count

Cart height

Cart width

Door clearances

Turning radius

Caster type

Locking wheels

Material finish

Stainless steel

Powder coating

Washdown needs

Load rating

Lighting

Irrigation

Drainage

Parking location

Install phasing

Applications

Grow carts support every core SSG Horticulture market.

Cart needs change by market, but every facility depends on movement, access, sanitation, staging, and room-to-room workflow. Carts are often the equipment that makes those daily tasks easier.

Cannabis Cultivation

Clone carts, trellis dispensers, dry carts, harvest carts, processing carts, and back-of-house carts for dense cultivation facilities.

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Indoor Vertical Farming

Propagation carts, mobile grow carts, tray carts, research carts, and staging equipment for leafy greens, herbs, microgreens, and specialty crops.

Explore Vertical Farming Solutions

Greenhouse & Nursery Growing

Utility carts, propagation carts, tray carts, and transport carts for moving young plants, supplies, and materials across larger grow areas.

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Research and specialty grow cart application

Research & Specialty Grow

Flexible carts for lab support, sample movement, controlled trials, plant science programs, teaching environments, and repeatable workflows.

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What types of carts should a commercial grow consider?+

Common categories include clone carts, propagation carts, dry carts, trellis dispensers, processing carts, stainless steel carts, wire utility carts, tray carts, and cultivation carts with optional lighting or irrigation.

Are clone carts only for cannabis?+

No. Clone and propagation carts can support cannabis, nursery starts, leafy greens, herbs, research trials, education, and other controlled environment crops. The tray format, shelf spacing, lighting, and watering method should match the crop and room.

When does a dry cart make sense?+

A dry cart makes sense when the operation needs to move harvested material from flower or harvest into the dry room while reducing handling, protecting product quality, and keeping loading and unloading workflow organized.

What does a trellis dispenser do?+

A trellis dispenser holds netting rolls on a mobile frame so teams can deploy netting more smoothly across benches, rows, or canopy sections. It helps reduce tangles, reload delays, and uneven installation.

What is the difference between a processing cart and a cultivation cart?+

A processing cart is typically a utility or shelf cart used to move product, tools, supplies, bins, or trays. A cultivation cart may support active growing with trays, lights, irrigation, reservoirs, or hydroponic components.

Should carts be stainless steel?+

Stainless steel is a strong option for wet, clean, washdown, food-safe, or processing environments. Powder-coated, galvanized, aluminum, wire, and plastic components can also be appropriate depending on cost, corrosion exposure, load, and cleaning requirements.

What information is needed for cart planning?+

Useful inputs include room type, crop stage, tray size, desired shelf count, doorway clearances, cart path, load requirements, cleaning requirements, caster needs, lighting or irrigation needs, parking locations, and how carts move between rooms.

Can SSG help with carts as part of a larger facility plan?+

Yes. Carts can be planned alongside benches, grow carts, modular rooms, storage, drying rooms, processing rooms, workflow paths, and Fetch BIM planning so support equipment fits the larger facility strategy.

Where We Work

Supporting Cart and Workflow Equipment Projects Across Regions, Facility Types, and Growth Stages

SSG can support grow cart and workflow equipment projects for new builds, expansions, retrofits, indoor farming facilities, cannabis rooms, greenhouse projects, research environments, and controlled production facilities across a broad national service footprint.

Horticulture Coverage

Southwest Solutions Near You

Explore office locations and supported service markets across the U.S. for clone carts, propagation carts, drying carts, trellis dispensers, processing carts, cultivation carts, greenhouse projects, research spaces, and controlled production environments.

Southwest Solutions Service Areas

Texas

Offices in Austin, Dallas, Houston & San Antonio w/ sales, design, and installation coverage statewide

Dallas
Austin
Houston
San Antonio
Waco
Tyler
Amarillo
Lubbock
El Paso
Ft Worth
Corpus Christi
Midland

Oklahoma

Office in Edmond w/ sales, design, and installation coverage statewide

Oklahoma City
Tulsa
Norman
Lawton
Enid
Stillwater
McAlester
Muskogee

Kansas

Office in Lenexa w/ sales, design, and installation coverage statewide

Wichita
Overland Park
Topeka
Kansas City
Lawrence
Manhattan
Salina
Hays
Dodge City
Garden City

Colorado

Office in Englewood w/ sales, design, and installation coverage statewide

Denver
Colorado Springs
Fort Collins
Grand Junction
Pueblo
Durango
Alamosa
Steamboat Springs

Alabama