Engineering before Marketing. Performance before Price.
Engineering LED Light Since 2007.
Isollux designs and manufactures high-performance LED lighting systems for commercial and industrial applications where reliability, performance and long service life matter more than replacement cycles.
For almost two decades, our engineering philosophy has remained unchanged: design products that maximise service life, minimise maintenance and deliver predictable performance throughout the life of an installation.
Rather than following short product lifecycles or price-led market trends, Isollux continuously refines proven product platforms, working alongside long-standing manufacturing, LED and driver partners to deliver measurable improvements in efficacy, thermal performance, reliability and serviceability.
Every Isollux luminaire is engineered using conservatively rated components, advanced thermal management and field-serviceable assemblies to maximise whole-of-life value for building owners and facility managers.
Engineering Heritage
Although Isollux LED Ltd was established in 2019, the engineering behind the company and the products it manufactures has evolved continuously since 2007.
Over nearly two decades, the business has naturally evolved through changes in ownership, branding and corporate structure. Throughout those changes, the engineering capability, manufacturing partnerships, supply chain and long-standing customer relationships have remained remarkably consistent, ensuring continuity of product development, technical support and customer confidence.
The transition to Isollux aligned the business with the engineering philosophy that had guided product development since 2007, preserving a clear focus on performance, serviceability and long-term reliability as much of the LED market moved towards price-led commoditisation.
Today, Isollux products are specified throughout New Zealand, Australia and Europe in demanding environments including aviation, industrial manufacturing, food processing, healthcare, education and infrastructure.