We are committed to utilising supply chain partners that have established environmental programs such as Cradle to Cradle initiatives, Net Zero objectives and sustainability policies.

We go as far as recycling legacy lighting responsibly via our major projects and turnkey services. This ensures that not only the lighting products we supply are provided in a sustainable manner as well as what we are replacing is carefully considered for greater future environmental outcomes.

Our LED Lighting products are designed to consume considerably lower volumes of electricity than typical fluorescent, halogen or mercury vapour lighting systems, thus reducing our CO2 emissions.

Our LED products are also designed to have significantly longer lifetimes, which reduces the frequency that they must be replaced; thus minimising future waste. Additionally, LED products are free from the harmful chemicals reducing our environmental footprint concerning chemical waste, and on a like for like basis consume far less energy to produce.

Our Australian made products are manufactured with high energy efficiency and low usage. Utilising servo electric high precision machinery enables significantly less energy consumption during operation, resulting in lower energy costs and reduced greenhouse gas emissions. This energy efficiency also leads to less heat generation, reducing the need for cooling systems and further lowering energy consumption.

This machinery also offers improved precision and accuracy, resulting in less material waste and scrap, reducing the use of raw material. Solar energy and nitrogen gas for laser cutting is also generated on-site to further offset our energy requirements. All paintline sheetmetal cleaning systems recycle solutions on-site and no waste is discarded into the sewage systems.

We are currently working on developing modular packaging solutions that can integrate any packaging received from our suppliers into our own, in order to minimise waste and avoid repacking.

Modular packaging solutions are a sustainable approach to packaging that offers several environmental benefits. By incorporating suppliers’ packaging, we can utilise resources more efficiently, reduce waste, and minimise the need for repacking. This approach can lead to a significant reduction in the use of materials and the carbon footprint associated with packaging production and disposal.

Currently our major project and roll outs revert to bulk packaging strategies aimed at significantly reducing large volumes of unnecessary packaging and alleviates the need for contractors and installers to mitigate on-site waste disposal and their associated costs.

Delivery of our products are arranged in bulk where possible to reduce packaging waste, contributing to our transport emission control practices enabling delivery of materials and products to customers in a manner that minimises the impact of vehicles.

Our accreditations demonstrate our commitment to sustainability, energy efficiency, and responsible environmental practices, resulting in reduced environmental impact and improved resource efficiency. Specifically, the Environmental Management System ISO 14001:2015 certification ensures our environmental impact is effectively managed, while the Energy Saving Scheme (ESS) in New South Wales and Victorian Energy Upgrades promote energy-efficient practices and reduce greenhouse gas emissions. Overall, these accreditations help us operate more sustainably, reduce our carbon footprint, and contribute to a healthier and more sustainable future.

At our installation sites, we make sure to recycle all decommissioned lights and materials such as carton and plastic packaging, metals and redundant lighting technologies. Recycling legacy lighting is not a straightforward process due to the presence of hazardous substances, such as mercury namely, in commercially produced fluorescent lamps. When not handled correctly, mercury can contaminate soil and water and become a health hazard. As such, we entrust the handling of this task to reputable and registered companies to ensure they don’t contribute to Australia’s largest source of mercury going into landfills.