OxyCLONE

Build the Foundation Every Harvest Depends On

A grow only performs as well as the clones that start it. Weak, oxygen-starved cuttings translate directly into uneven vegetative growth and lost production days down the line. oxyCLONE approaches propagation as infrastructure, not an afterthought, engineering a self-contained system built to run continuously without leaks, clogs, or the heat buildup that stalls cheaper cloners.

Why oxyCLONE's Recirculating Design Works

Most cloner failures trace back to one root cause: not enough dissolved oxygen reaching the cutting. oxyCLONE eliminates that variable with hardware built specifically to maximize oxygenation and protect the stem through every stage of root development.

• Active Aqua-Powered Oxygenation: The PRO Series 20 pairs a BPA-free submersible pump with a Venturi valve and a dedicated air pump, driving a level of dissolved oxygen through the reservoir that few cloners on the market can match.
• Evaporative Cooling: The reservoir design sheds excess heat on its own, keeping root zone temperatures more stable through long cloning cycles instead of relying on external chillers.
• No-Pinch Cutting Protection: The oxyCERTS insert holds each cutting firmly with soft EVA foam, preventing the stem damage that a stiff or ill-fitting collar causes elsewhere.

Sizing a Propagation Cycle Around the PRO Series 20

Since oxyCLONE currently ships a single 20-site configuration, scaling comes down to how many units run in parallel rather than choosing between machine sizes.

• Single-Room Propagation: One PRO Series 20 unit comfortably covers a boutique or single-strain propagation room running a steady 20-site rotation.
• Multi-Room or Commercial Scaling: Larger operations run several PRO Series 20 units side-by-side to stagger cloning cycles across strains without overloading a single reservoir; growers comparing footprint against site count can weigh this approach against alternatives like EZ-Clone or Psycloner systems in the broader Cloning Systems lineup.
• Replacement Inserts on Hand: Since foam degrades with heavy reuse, keeping a spare pack of oxyCERTS on the shelf avoids downtime between cloning cycles.

Getting the Most Out of Every Cycle

A few habits keep dissolved oxygen and rooting rates consistent cycle after cycle.

• Rinse and Reuse Inserts: oxyCERTS resist water absorption, so a quick rinse in warm, soapy water between cycles is enough to keep them sanitary without replacing them every round.
• Label Directly on the Foam: The writable surface on each insert makes it easy to track strain and cycle date without extra tags or labels.
• Plan the Next Stage Early: Have humidity domes and heat mats ready in Propagation before clones are pulled, so rooted cuttings move straight into a stable environment instead of sitting exposed.

Together, a recirculating design engineered for maximum dissolved oxygen and a stem insert built to protect fragile cuttings give commercial cultivators a propagation stage they can rely on cycle after cycle.

Frequently Asked Questions