EZ-CLONE Low Pro 64 System White

The EZ-CLONE Low Pro 64 System White is a 64-site true aeroponic cloning system designed for growers who propagate cuttings at scale. Plant stems are suspended in air and misted continuously with an oxygen-rich nutrient solution, eliminating the need for a humidity dome and reducing the risk of powdery mildew and other airborne fungi. The system ships complete — lid, reservoir, collars, custom manifold, 360° misters, a 750 GPH pump, sample Clear Rez Solution, sample Rooting Compound, a product guide, and a manufacturer warranty — so it is ready to run from day one. Made in the USA from UV-protected HDPE plastic.

EZ-CLONE Low Pro 64 Specifications

The following specifications are drawn from the product description and manufacturer documentation provided by authorized distributors.

Why Choose the EZ-CLONE Low Pro 64 System White

The Low Pro 64 is designed around one idea: give cuttings exactly what they need to root quickly, without making the grower manage a complicated environment. Here is what sets it apart from simpler propagation trays and dome-and-tray setups.

• True aeroponic misting, not DWC or media culture. The 750 GPH pump drives nutrient solution through the custom EZ-CLONE manifold to 360° misters that bathe the stem bases in a fine oxygen-rich spray. Roots develop in open air rather than submerged in water or packed into rockwool. This approach generally accelerates root initiation and produces a denser root mass compared to passive media propagation.
• No humidity dome needed. A dome traps moisture and creates a warm stagnant environment where powdery mildew and botrytis can establish quickly. Because the EZ-CLONE system keeps stems misted continuously, cuttings do not dry out, and the open-air lid lets plants transpire naturally. Growers working in rooms where airborne fungi are a recurring problem often find this a meaningful practical difference.
• Alphanumeric lid for strain tracking. Each of the 64 sites is labeled with a letter-number combination directly molded into the lid. When you’re running multiple cultivars through a single propagation cycle, this makes it straightforward to log which site holds which cut without labeling each collar individually.
• 4-way finger slots for clean collar removal. Clone collars can grip tightly once roots develop. The lid’s four-way slot geometry gives you a firm grip point to extract collars without torquing or damaging the cutting’s root system.
• Reservoir built to prevent leaks and contamination. The extended flange with drainage gutters keeps overflow water routed away from cords and the work surface. The increased lip height and leak-proof cord design reduce the chance of electrical hazards and water damage on the propagation bench.
• Complete kit — nothing to source separately. The system ships with every component needed for the first run, including a sample of EZ-CLONE Clear Rez Solution (a reservoir cleaner/treatment) and EZ-CLONE Rooting Compound. A first-time user can set up and run the system without any additional purchases.
• Made in the USA from UV-protected HDPE. HDPE (high-density polyethylene) is chemically resistant, food-safe, and does not degrade or leach when exposed to nutrient solutions. The UV protection matters for growers who run propagation benches under high-intensity lighting or in greenhouse environments with significant UV exposure.

Best Uses for the EZ-CLONE Low Pro 64 System White

The Low Pro 64 fits a specific propagation workflow. It is most useful in these situations:

• Commercial mother-room propagation. A 64-site system produces a substantial batch of clones per cycle. Facilities that run perpetual harvests and need a consistent weekly or bi-weekly supply of rooted cuttings can use one or more Low Pro 64 units to maintain that cadence. The alphanumeric lid makes it practical to track multiple cultivars across a single tray.
• Hobby growers scaling up from small dome trays. Growers who have outgrown 16- or 24-site propagation trays and want a more reliable rooting method without the complexity of a custom aeroponic build will find the Low Pro 64 a straightforward step up. The included pump, manifold, and misters remove the need to source and size components.
• Environments where mildew pressure is high. In rooms or greenhouses with imperfect air circulation, dome-based propagation can lead to recurring powdery mildew outbreaks on fresh cuttings. Running cuttings in an open-air aeroponic system reduces the trapped-humidity conditions that favor fungal growth.
• Growers running water quality-controlled systems. Because the misting solution contacts roots directly, the quality of the source water matters. Pairing the Low Pro 64 with a compact reverse osmosis system to strip dissolved solids from source water before mixing the cloning solution is a common practice in facilities where municipal water quality varies seasonally.
• Phenotype selection runs. Taking 64 cuttings from a single mother during a selection run and tracking each individually by site number is straightforward with the alphanumeric lid. This is useful when running a phenotype hunt where individual plants from seed are being compared and the best expression needs to be identified and preserved.

Compatibility

The EZ-CLONE Low Pro 64 is a self-contained recirculating system. The following notes describe what it is and is not compatible with, based on the manufacturer product documentation.

• Clone collars. The system uses EZ-CLONE clone collars sized to fit its 64-site lid. These are included in the kit. Replacement collars are available separately when original collars wear out or become contaminated.
• EZ-CLONE liquid products. The included samples — Clear Rez Solution and Rooting Compound — are formulated for use with the EZ-CLONE aeroponic system. Clear Rez is a reservoir treatment; Rooting Compound is added to the misting solution at label rates to encourage root development.
• Air pumps and aeration. The Low Pro 64 is not an air-stone system — it uses a recirculating water pump, not air stones, to drive the misting manifold. An air pump is not required and is not part of the system design.
• Water treatment. The system works with RO water, dechlorinated tap water, or well water within a standard pH range. If your source water contains elevated levels of dissolved solids, treating it through an RO unit before use will give more predictable nutrient uptake. Monitoring reservoir EC with a calibrated EC instrument helps maintain optimal solution concentration through each propagation cycle.
• Electrical requirements. The included 750 GPH pump is a standard submersible pump. Exact voltage specifications are not listed in the available manufacturer documentation; verify the pump’s label before connecting to non-standard circuits.
• Environmental range. The system is designed for indoor use. HDPE is rated for typical indoor cultivation temperatures. Operating the reservoir in ambient temperatures below approximately 15°C (59°F) or above 30°C (86°F) may affect root development rates, though the exact operating range is not specified in available documentation.

Usage Guidelines

The following usage guidance is based on standard aeroponic cloning practice as described in EZ-CLONE product documentation. Always refer to the included product guide for specific EZ-CLONE recommendations.

• Solution preparation. Fill the reservoir with RO or clean water. Add EZ-CLONE Rooting Compound at the label rate. Add EZ-CLONE Clear Rez Solution at the label rate to inhibit bacterial growth in the reservoir. Do not use heavy nutrient formulas during early propagation — high EC during root initiation can stress cuttings.
• Taking cuttings. Use a sharp, clean blade to take cuttings at a 45° angle just below a node. Remove lower leaves to expose the stem and reduce transpiration load while roots are not yet established. Place cuttings in clone collars immediately after cutting to prevent air embolism in the stem.
• Running the pump. The 750 GPH pump runs continuously to drive the misting manifold. The Low Pro 64 is designed to run without interruption — do not put the pump on a timer unless you have confirmed the misting interval is adequate for your specific operating environment and cutting load.
• Reservoir maintenance. Change the reservoir solution every 5–7 days or sooner if the solution becomes cloudy or discolored. Rinse the reservoir, manifold, and misters with clean water between cycles. Inspect misters for mineral deposits that can reduce or block spray pattern; clean with dilute citric acid or white vinegar if buildup is present.
• Root development timeline. Under typical indoor conditions with appropriate rooting compound and solution temperature around 20–22°C (68–72°F), most cuttings develop visible root primordia within 5–10 days and are ready to transplant within 10–14 days. Actual timing depends on cultivar, cutting health, ambient temperature, and solution management.
• Tracking and labeling. Use the alphanumeric lid to record which site holds which cultivar or selection. Log this in a propagation sheet or digital record at the time of insertion so you can match rooted clones to their source plants at transplant time.

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

Follow these steps to assemble and run the system for the first time. The kit ships with all required components.

1. Inspect the components. Before assembling, confirm that the box contains the 64-site lid, reservoir, clone collars, custom manifold, 360° misters, submersible 750 GPH pump, samples of Clear Rez Solution and Rooting Compound, product guide, and warranty card. Report any missing components to your retailer before first use.
2. Rinse the reservoir and lid. Rinse all parts with clean water before the first use to remove any manufacturing residue. Do not use harsh soaps or bleach on the first rinse; plain water is sufficient.
3. Assemble the manifold and misters. Connect the 360° misters to the custom manifold per the configuration shown in the included product guide. The manifold distributes solution from the pump to all misting points evenly. Verify that each mister is seated securely.
4. Place the pump in the reservoir. Set the submersible pump at the bottom of the reservoir. Route the power cord through the leak-proof cord channel in the reservoir wall. Connect the pump outlet to the manifold inlet using the included tubing or fittings.
5. Fill the reservoir. Add clean water (preferably RO or dechlorinated) to the reservoir. Add EZ-CLONE Rooting Compound and Clear Rez Solution at the label rates on the sample packaging. Do not overfill — leave adequate headspace so the manifold misting pattern is not submerged.
6. Seat the lid and insert clone collars. Place the 64-site lid on the reservoir. Insert clone collars into each site you plan to use. Sites not in use can be left empty or covered.
7. Power on and verify mist pattern. Plug in the pump and confirm that all 360° misters produce a consistent mist inside the reservoir. If a mister is not spraying, check for a blockage or loose connection. Adjust manifold position if needed to ensure even coverage.
8. Insert cuttings. Take cuttings from healthy mother plants at a 45° angle, remove lower leaves, and seat each stem through a collar so the cut end extends below the lid into the misting zone. Note the site number for each cultivar in your propagation log.
9. Monitor and maintain. Check the reservoir level and solution clarity daily. Top off with fresh solution as needed. Replace the full reservoir charge every 5–7 days. Keep the propagation environment between approximately 20–25°C (68–77°F) with moderate ambient humidity.

Sources & Further Reading