DX Pro adopts optical module design that has greater expandability and adaptability and its optical subject can be replaced rapidly through quick-release structure that can meet the optical effects required in different spaces, which makes it easier for the replacement process.
The physical heat dissipation module, made of high-precision die-cast aluminum with a thorough design, realizes stack effect to keep small size and has higher heat dissipation efficiency, which provides customers with more professional lighting
experience in combination with professional luminous chips and lensing solutions.

Different from traditional spotlights, downlights and track spotlights, DX pro adopts modular design and unique quick-connect structure to realize shared and interchangeable scene lighting solutions.
The physical heat dissipation module is made of high-precision die-cast aluminum, and the front and rear through structure design realizes the chimney effect, maintains a small size, and has a higher heat dissipation efficiency. It is equipped with a professional light-emitting chip and lens scheme to reflect the light on the surface. And the light on the refracting surface is cross-distributed to achieve the effect of deep anti-glare, while making the light softer and providing customers with a more professional lighting experience.

The optical body has three kinds of power with the same size and specification to choose from. Without changing the opening, the same face frame can be selected to assemble the corresponding optical body according to the scene requirements.
Modular design, super expansibility, can quickly replace the optical main body through the quick-release structure without using tools, and meet the light demand in different scenes without changing the hard installation. The cleverly designed quick-release structure makes the replacement process more convenient.
The design of small red dot and small groove positioning point enables users to find the corresponding buckle position more quickly when replacing the optical body.