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Omega 315W Cdm Lamp 4000K

Omega 315W Cdm Lamp 4000K

Omega Lighting

Regular price £57.99
Regular price £65.00 Sale price £57.99
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Omega Ceramic Metal Halide 315w Lamp - 4000K

Omega Lighting 315w CDM (Ceramic-Discharge Metal Halide) grow lamp delivers a light spectrum that's much closer to natural sunlight than typical high-intensity discharge (HID) systems. These state-of-the-art lamps generate a greater level of useable plant light (photosynthetically active radiation) and run with a blinding intensity that's immediately apparent to the naked eye.

Increased growth rates

The lamp is optimised for the bloom phase with enhanced reds but because it's full-spectrum it will produce the goods in both veg and flower – expect to see increased growth rates tighter internodes an improvement in overall vigour and an increase in the final weight. 

Broader light spectrum

CDM fixtures utilise ceramic-discharge Metal Halide Lamp to produce a light spectrum that's much broader than other forms of HID lighting (like standard metal halides and HPS). Its output is more comparable to the light produced by  LEP (light-emitting plasma) units. LEPs actually have a slightly broader spectrum than the CDM fixture but they simply do not compare in terms of brightness. You can see with your own eyes as soon as you turn this unit on  that it is brighter than any MH or HPS grow light you will have used before.  This light provides the best of both worlds a unit that delivers an LEP-style spectrum combined with HPS-style intensity.

A truly exceptional all-rounder that will add much to the quality and size of the harvest.

CDM 315w - full spectrum grow/flower lamp. Used alongside an Omega 315W CDM Digital Ballast which are ideal for powering 315W lamps. This technology offers the user an enhanced output with reduced electrical consumption. Reducing electricity bills and with added light output it's a no-brainer. 

  • Ideal as both supplementary and standalone lighting.
  • Highly efficient - puts out 1.9 micromoles (umol) per watt of electricity.
  • Extremely high PAR levels.
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