EZ-CLONE Low Pro 64 System Black

The EZ-CLONE Low Pro 64 System Black is a 64-site aeroponic cloning system designed for propagating plant cuttings without a humidity dome. Using 360° misters to suspend cut stems in a continuously oxygenated mist, the system promotes rapid root development while allowing cuttings to breathe and transpire naturally. It is manufactured in the USA from UV-protected HDPE plastic, and comes complete with everything needed to begin cloning immediately.

EZ-CLONE Low Pro 64 System Black Specifications

The following table summarizes the key specifications derived from the manufacturer description and included components.

Specification	Value
System Type	Aeroponic Cloning System (Patented)
Site Capacity	64 Clone Sites
Water Pump Flow Rate	750 GPH
Reservoir Material	UV-Protected HDPE Plastic
Mister Coverage	360° spray pattern per misting head
Lid Design	Alphanumeric grid with 4-way finger slots
Humidity Dome Required	No
Country of Origin	USA (Designed and Manufactured)
Color	Black
SKU	674064BK

Included components:

• EZ-CLONE 64-Site Lid and Reservoir
• EZ-CLONE Clone Collars (one per site)
• Custom-size EZ-CLONE Manifold
• 360° Misters
• Water Pump (750 GPH)
• Sample EZ-CLONE Clear Rez Solution
• Sample EZ-CLONE Rooting Compound
• EZ-CLONE Product Information Guide
• EZ-CLONE Product Warranty

Why Choose EZ-CLONE Low Pro 64 System Black

The EZ-CLONE Low Pro 64 addresses several practical problems that growers encounter with conventional cloning methods. Here is what sets it apart based on its design features and included components:

• No humidity dome needed. Because cuttings are continuously misted, they do not dry out between cycles. Eliminating the dome allows plants to breathe and transpire normally, which reduces the risk of airborne fungal problems such as powdery mildew and removes a significant source of plant stress during propagation.
• Aeroponic misting maximizes oxygen exposure. Each cutting’s stem base is suspended in open air rather than packed into a rooting medium. The 360° misters deliver an oxygen-rich nutrient solution directly to the exposed tissue, which accelerates the onset of root development compared to media-based cloning methods.
• Alphanumeric lid simplifies strain tracking. The 64-site lid is labeled with a grid identifier (letters and numbers), so growers running multiple cultivars in a single tray can log which cutting came from which mother plant without any additional labeling hardware.
• 4-way finger slots ease collar removal. The lid cutouts are shaped to allow a two-finger grip on each clone collar from multiple angles, reducing the chance of dislodging or damaging roots when transferring a rooted cutting to its next container.
• Leak-proof reservoir engineering. The reservoir features an increased lip height, extended flange, and integrated drainage gutters, a combination designed to keep water from wicking out along the power cord exit and onto the bench surface during continuous operation.
• USA manufacturing with UV-stable materials. The HDPE plastic resists UV degradation under grow-light exposure and is sourced and assembled domestically. For commercial operations, this also simplifies warranty and support logistics.

Best Uses for EZ-CLONE Low Pro 64 System Black

This system is best suited to growers who are taking cuttings regularly and need a reliable, low-maintenance propagation station. The following use cases reflect where the design is most effective:

• High-volume commercial propagation. A 64-site capacity means a single tray can process an entire cutting run from multiple mother plants simultaneously. This is practical in commercial grow operations where hundreds of clones are needed per cycle to fill flowering rooms on a rolling schedule.
• Multi-strain variety management. The alphanumeric site labeling on the lid makes it straightforward to run two, four, or more different cultivars in the same tray without confusion. Growers who maintain a genetic library and need to keep lineages separate will find this particularly useful.
• Aeroponic propagation in controlled environments. Because no rooting medium is used and the misting cycle does all the moisture work, the system fits well into highly controlled indoor environments where minimizing foreign organic material (like rockwool or peat cubes) in the propagation room is a priority.
• Production grows where bench space is limited. The low-profile reservoir design keeps the tray shallow relative to its footprint, so it can fit under supplemental lighting at lower hang heights, or stack in tiers in a vertical propagation setup.
• First-time aeroponic cloners. The complete kit — including a pump, misters, collars, sample solutions, and a product guide — means a grower new to aeroponic propagation does not need to source components separately. The sample Clear Rez Solution and Rooting Compound provide a starting reference for the first run.

EZ-CLONE Low Pro 64 vs Similar Aeroponic Cloners

The Low Pro 64 competes with other aeroponic cloning trays in the 48–72 site range. The main differentiation points from the manufacturer description are the lid design, the dome-free operation, and the domestic manufacture.

Many mid-market cloners in this size class require a humidity dome during early rooting, which constrains airflow and creates conditions where botrytis and powdery mildew can develop in dense trays. The EZ-CLONE system’s continuous 360° misting eliminates this requirement, which is a meaningful operational difference in higher-humidity environments or for growers who have experienced fungal issues in propagation previously.

The alphanumeric lid is a feature not universally available on competing 64-site trays. Trays without site identification force growers to use external tags or handwritten charts to track strains — workable at small scale but error-prone in higher-volume production. If strain record-keeping is a regular concern in your operation, this lid design reduces one routine friction point.

The 4-way finger slot collar extraction is another differentiator. Standard round collar holes require inserting a tool or fingernail under the collar to pop it out, which increases the risk of damaging fragile new roots. The multi-directional slot gives a direct grip, which matters when a tray has dozens of rooted cuttings to transfer in sequence.

Growers comparing cost against raw-site-count should also factor in what is included: the 750 GPH pump, all misters, manifold, collars, sample nutrients, and guide ship with the system. Competing trays at similar price points sometimes require the pump and misters to be purchased separately.

Compatibility

The EZ-CLONE Low Pro 64 is a self-contained system and does not require a separate reservoir or external feed lines. The 750 GPH pump and manifold are sized for the 64-site tray specifically — they are not rated for use with a different-capacity EZ-CLONE tray without the corresponding manifold for that tray size.

The clone collars included are custom-fit to the lid openings on this model. EZ-CLONE sells replacement collars separately and they are designed to fit EZ-CLONE lids. Third-party collars in the same nominal diameter may fit, but fitment is not guaranteed.

The system runs on standard household current (the pump is a submersible water pump operated at typical US residential voltage). No special electrical setup is required beyond a grounded outlet and, optionally, a repeat-cycle timer to control the misting interval. If you are using the system alongside monitoring equipment, an EC calibration kit is useful for verifying the reservoir nutrient solution concentration before each cycle.

For growers who are also managing water quality and want to reduce chlorine or dissolved solids in the misting solution, pairing the system with a compact reverse osmosis system before filling the reservoir is a common approach in production facilities. Starting from RO water gives a cleaner baseline for dissolving the included Clear Rez Solution and Rooting Compound to target concentrations.

If additional air circulation is needed in the propagation room while running this system dome-free, an air pump can be used to drive airstone circulation in an adjacent reservoir or for supplemental oxygenation of the nutrient solution.

Usage Guidelines

The following guidelines are based on the system’s design intent as described by the manufacturer. Specific dosing rates for the EZ-CLONE Clear Rez Solution and Rooting Compound are provided in the included product information guide.

• Solution preparation. Fill the reservoir with clean, pH-adjusted water (typical aeroponic cloning targets 5.5–6.0 pH) and add the EZ-CLONE Clear Rez Solution per the guide’s recommended dose. Add Rooting Compound as directed. The included samples are sufficient for an initial run; replacement solutions are available separately.
• Misting cycle. The system is designed to run continuously rather than on an intermittent timer. Because the aeroponic misting provides constant moisture to the cut stem ends, extended dry periods between misting cycles are not recommended during the early rooting phase. Consult the product information guide for any interval guidance specific to the EZ-CLONE system.
• Maintenance interval. The manufacturer describes the Low Pro as requiring little maintenance. Between runs, drain the reservoir fully, rinse the interior, and clean the misters to prevent mineral or organic buildup that could reduce spray coverage. The Clear Rez Solution is intended to keep the reservoir free of algae and pathogens during active cloning cycles.
• Environment. Because no humidity dome is used, ambient room humidity and temperature affect cutting health directly. A propagation environment in the range of 72–78°F and 60–70% relative humidity is generally consistent with dome-free aeroponic cloning. Avoid placing the system in direct contact with cold surfaces that could lower reservoir temperature significantly.
• Strain labeling. Record the alphanumeric site ID from the lid alongside the cutting date and cultivar name before placing the tray in operation. The lid’s letter-number grid corresponds to rows and columns; a simple paper log or spreadsheet is sufficient to track 64 sites across multiple runs.

How to Set Up the EZ-CLONE Low Pro 64 System

1. Unbox and inspect components. Lay out the 64-site lid, reservoir, manifold, misters, 750 GPH pump, clone collars, sample solutions, and product guide. Verify all parts are present and undamaged before proceeding.
2. Assemble the manifold and misters. Attach the custom-size EZ-CLONE manifold to the interior of the lid following the product information guide’s assembly diagram. Press the 360° mister heads into the manifold ports until seated; they should click or seat firmly without gaps.
3. Place the pump in the reservoir. Set the 750 GPH submersible pump into the empty reservoir and route the tubing to the manifold inlet fitting. Secure the tubing connection so it does not pull free under pump pressure. Route the power cord out through the reservoir’s cord channel — the extended flange and drainage gutters at the cord exit point are designed to prevent water from following the cord out of the reservoir.
4. Fill the reservoir. Add clean, pH-adjusted water to the reservoir. Mix in the EZ-CLONE Clear Rez Solution and Rooting Compound per the dosing instructions in the included guide.
5. Set the lid on the reservoir and place clone collars. Lower the alphanumeric lid onto the filled reservoir. Insert one clone collar into each site you plan to use. Empty sites can remain open or be covered with spare collars if available.
6. Prepare and insert cuttings. Take cuttings as you normally would (clean diagonal cut, remove lower leaves). Dip the cut end in Rooting Compound per guide instructions, then insert the cutting into a collar so the stem end extends below the lid surface into the misting zone.
7. Power on and verify misting. Plug the pump into a grounded outlet (use a timer if desired for cycle control). Confirm that all mister heads produce a visible 360° spray pattern. If any mister is clogged or missing, clear or replace before leaving the system unattended.
8. Monitor and maintain. Check the reservoir solution level daily. Top off as needed. After the rooting cycle is complete (typically 7–14 days depending on species and environment), use the 4-way finger slots to grip each clone collar and lift rooted cuttings from the lid for transfer to your growing system.

Sources & Further Reading