Light Where
Power Can’t

A compressed-air-powered underground lighting solution engineered for harsh South African mining environments. Reliable illumination without electrical infrastructure.

Non-Electrical Safety Lighting

Rapid Underground Deployment

Built for Harsh Mining Environments

Features

Compressed Air Powered

Operates entirely without electrical power, eliminating electrical safety risks.

1600 Lumen
Output

Delivers high-intensity LED illumination for improved underground visibility.

Rapid
Installation

Installs quickly without specialist skills or complex infrastructure.

Low Air
Consumption

Efficient operation using only 3 CFM of compressed air.

Compact
Design

Small form factor allows flexible placement in confined spaces.

Rugged
Construction

Designed to perform reliably in dusty, humid, vibration-heavy environments.

Instant illumination wherever compressed
air is available

Keeping underground teams safe, productive, and visible in the toughest mining conditions.

Engineering Features

Compressed-air-driven high-rev motor with fully enclosed design

LED light output rated at approximately 1600 lumens

Air consumption of approximately 3 CFM

Compact dimensions:

270 mm length,
70 mm diameter

Designed for dusty, humid, vibration-intensive underground environments

Use Cases

Stopping Operations

Provides safe, non-electrical lighting in active stopes with limited power access.

Enables fast lighting deployment in short-term or shifting underground work zones.

Ensures reliable illumination in critical safety and emergency areas.

Technical Specifications

Specification ParameterValue / Unit
Light Output1600 lumens
Power SourceCompressed air
Air Consumption±3 CFM
Length270 mm
Diameter70 mm
Operating EnvironmentUnderground mining

Compliance & Certification

Designed for South African underground mining environments

Supports mine safety objectives through non-electrical operation

Downloads & Resources

Reliable underground lighting without electrical risk—where safety and visibility matter most.