PAR Cans

Professional LED Stage Wash Light

This LED PARCAN stage light is a compact and powerful lighting fixture designed for professional stage and event use. Built with a multi-LED array, it delivers bright, even illumination suitable for concerts, churches, DJ setups, and live productions.

It features a rugged metal housing and adjustable bracket for flexible mounting on truss, stands, or floor positioning.

Bright, Even Wash Coverage

The fixture uses multiple high-intensity LEDs arranged in a circular array to produce a wide, smooth wash of light across stages or walls.

PAR cans are known for delivering strong, directional beams that can highlight performers or flood an entire stage with color.

Modern LED versions provide:

consistent brightness, smooth dimming, vibrant color output

Full Color Mixing Without Gels

Unlike traditional par cans that require external color gels, this LED unit uses built-in color mixing (RGB or RGBW depending on model) to produce a wide range of colors instantly.

This allows:

dynamic stage effects, quick color transitions, programmable lighting scenes

Multiple Control Modes

The light supports DMX control for professional lighting setups, along with automatic and sound-activated modes for quick deployment.

Typical control options include:

DMX512 (lighting console control), Auto programs, Sound reactive mode, Master/Slave linking

DMX control is the industry standard for synchronized stage lighting systems.

Durable, Energy-Efficient Design

LED parcans consume significantly less power and produce less heat compared to traditional halogen units, making them safer and more efficient for long events.

The housing is built for durability and portability, suitable for both permanent installations and mobile setups.

Used Across Professional Setups

This PARCAN is ideal for:

church stage lighting, concerts and live events, DJ and nightlife setups, studio and video production, architectural and wall lighting

It acts as a foundation light in most setups — used to create atmosphere, color, and base illumination.