In a sector where equipment is routinely pushed to its limits, Fenix Light is prioritising engineering-led design driven by on-site feedback.
Keeping the lights on for quarter of a century is a challenge for any business. Doing so in a mining industry defined by abrasive dust, extreme temperatures, and constant vibration is something else entirely.
Celebrating its 25th anniversary in 2026, Fenix Light has transitioned from a specialised lighting manufacturer to an essential component in industrial maintenance kits. And while the mining sector embraces digital transformation, the fundamental need for reliable illumination remains unchanged. A technician cannot fix what they cannot see, and an operator cannot work safely in the dark.
According to Fenix Light director Marco Orlando, the 25-year milestone validates an engineering philosophy rather than celebrates the past.
“Reaching 25 years in operation reflects Fenix Light’s consistent focus on performance, durability and engineering-led design,” Orlando said. “Rather than chasing short product cycles, the company has concentrated on steady technical refinement, particularly in power management, runtime efficiency and optical performance.”
A persistent challenge in mining technology is the disconnect between cleanroom design and the messy reality of the pit.
For example, touchscreens and small dials are often incompatible with heavy personal protective equipment (PPE), and a lighting tool requiring a technician to remove gloves to adjust brightness disrupts workflow and introduces risk. Bridging this gap has been a priority for Fenix Light’s research and development teams.
“Feedback from mining and maintenance teams consistently highlighted two operational challenges: working with gloves and maintaining productivity while keeping both hands-on tasks,” Orlando said.
This direct communication between end-users and engineers led to transformative features in the field. This year’s Fenix Light range includes lighting systems with enlarged, glove-friendly switches and gesture-based activation.
“Gesture control allows users to change brightness levels without physically pressing buttons, a practical feature in dirty, wet or high-access-risk environments,” Orlando said.
Hands-free options, such as magnetic bases and helmet compatibility, further address practical workforce needs, allowing technicians to keep both hands on their tools while positioning light.
Beyond ergonomics, the quality of the light itself plays a crucial diagnostic role.
Distinguishing between a shadow and a crack is critical during shutdowns or urgent repairs, and traditional industrial lighting often leans towards cool, blue-tinted LEDs, which wash out colours and reduce contrast, potentially causing missed defects.
“This lighting profile improves the visibility of oil leaks, hydraulic seepage, surface cracks, hose degradation, and abnormal wear patterns that can be missed under uneven or overly cool lighting,” Orlando said.
Reliability also means a consistent output, avoiding a brightness drop as battery voltage decreases.
“Stable output regulation ensures brightness remains consistent throughout use, avoiding sudden dimming that can interrupt inspections,” Orlando said.
Broader economic and environmental trends are reshaping how these tools are powered. The industry faces pressure to reduce waste and optimise operating expenses. The shift towards rechargeable platforms is a logistical solution for large-scale operations, eliminating mountains of disposable batteries.
Moving forward, the focus remains on the ‘pit to plant’ environment. Fenix Light is concentrating on sealing systems to improve resistance to dust and water ingress. The long-term goal is to perfect the interaction between the worker and their tools, making the lighting system an invisible, reliable asset.
“The objective remains clear: deliver lighting solutions that improve safety, efficiency and reliability in environments where performance is non-negotiable,” Orlando said.
This feature appeared in the autumn edition of the Mining Magazine.
