Description

Using recycled ABS plastic and Canadian manufacturing, the Platinium Super Clone is perfect for hobby garden enthusiasts! The Super Cloner 12 is compact at just 28x25x32cm and built for durability!

These systems will provide faster clones/cuttings than traditional methods and with versatility when planting! The irrigation boom sprayer with 360° Nozzles allows for complete saturation of the roots.

Platinium Super Cloner - 12

The Platinium Super-Cloner is an aeroponic propagator, used to clone plants by suspending cuttings above a spinning spray head that propels fine droplets of liquid towards the stems. This method maximises aeration and encourages rapid, vigorous root development. If you want to improve success rates, slash turnaround times and create a much more efficient indoor garden, then the Platinium Super-Cloner is for you!

Inspired by NASA technology
Accelerated rooting times for a quicker turnaround
Improved cutting success rates over traditional methods
Oxygenates root systems
360-degree spray head for even root coverage
Very easy to use
The Platinium Super-Cloner 12 Contains:

1 x clear lid
1 x propagator tray with 12 neoprene foam collars (50mm)
1 x delivery pipe with 360-degree spray head
1 x pump unit
1 x reservoir base

How the Platinium Super-Cloner Works: The Platinium Super-Cloner is an Aeroponic propagator. Cuttings are supported by neoprene foam collars that fit inside a propagator tray. Leaves are exposed to light that filters through the transparent lid, while the stems sit in darkness above a 360-degree spray head inside the reservoir (which also acts as the system’s base). The spray head is supplied with nutrient via a pump that sits submerged in pH adjusted plain water or mild nutrient solution. Liquid is pumped from the reservoir, through the spray head and towards the stems. The high-pressure level created by the Aqua One 102 Water pump causes the spray head to spin on a horizontal axis, ensuring that coverage is nice and even. Roots quickly develop from the cuttings, growing down into the reservoir chamber. This method is the best possible for ensuring that root systems have free access to oxygen. The heavy oxygenation delivers faster cloning times and an improvement in overall success rates over traditional methods.