Traditional downlights use large, inefficient, finned heatsinks to keep
their LEDs cool. Our lights capitalise on unique, patented, thermal
management design concepts, resulting in more efficient cooling and a
market leading weight to output ratio. Years of meticulous design,
research and testing has allowed us to eliminate the cumbersome, finned
heatsink altogether whilst simultaneously ensuring optimal performance
Our products are tested by independent, NATA accredited laboratories in accordance with the applicable standards. They have passed all EMC and electrical safety requirements. Furthermore,
our lights do not contain any glass, so they will not cause injury by
Our high output lights all come with a perfectly matched, dimmable power supply. This will help you set the mood and flexibly illuminate your space for any occasion. It’s better to have too much light and dim it, than to not have enough light. The added bonus; when dimmed, our lights consume even less
power and can last longer.
Our products are high quality and built to last. Each component has been designed and selected to ensure optimal performance, efficiency and lifespan. We happily stand behind our products with a 5 year warranty.
If a product is found to be defective within the Warranty Period,
you will be covered by our product warranty and the consumer guarantees under
Australian consumer law.
The trust of our customers is incredibly important to us. We will never fabricate figures. Our published data comes from independent, NATA accredited laboratories and full test reports are available upon request.
Efficacy is the ratio of lumens (light output) to watts (electric power
consumed). A luminaire with a higher efficacy is more efficient at
converting electrical power to light. For example, an efficacy of 100
lumens per watt means that for every watt of power consumed, the light
output is 100 lumens.
The CRI (Colour Rendering Index) is a scale out of 100 which
quantitatively measures the ability of a given light source to
accurately render colour when compared to an ideal reference source,
such as the sun. If a light source has a CRI of 100, then colours should
look the same under that source as they would appear when lit by
natural sunlight. Visually, the higher the CRI the better, however the
trade-off is that a higher CRI will result in a lower efficacy. Generally a CRI above 80 is considered acceptable for most lighting applications.
Different light sources emit different coloured light. Some lights may
appear blue or cool, while others may appear yellow or warm. These
colour differences can be expressed numerically on the Kelvin (K) scale.
For example, a 3000K light will appear yellow and warm, whereas a 5000K
light will appear cool and blue.
The colour temperature that is best for you is dependent upon personal
preference and application. A warm light (e.g 3000K) would typically be suitable for
spaces such as bedrooms and living rooms, as the warm light creates ambience and a
cosy feel. A cooler light (e.g 4000K) would typically be more suited to kitchens,
laundries, offices, and spaces where tasks are performed.
Our products are suitable for Australian and New Zealand markets. We ship domestically, within Australia, and internationally to New Zealand.
For international customers: We do not include any duties or taxes in our shipping costs that may be
applicable when the goods enter your region. These costs are outside of
our control. Any additional duties or taxes are the responsibility of