Linear Profile Slim – GEMBA (SLIM)

In modern commercial and architectural interiors, bulky lighting fixtures and uneven illumination can disrupt design flow, create visual discomfort, and inflate energy and maintenance costs — diminishing both aesthetic appeal and operational efficiency. The Linear Profile Slim – GEMBA (SLIM) by Intelux solves these challenges with a sleek, low-profile linear LED lighting solution that delivers uniform, glare-controlled illumination and seamless architectural integration. Engineered for corporate offices, retail environments, hospitality spaces, showrooms, and premium commercial interiors, this slim linear LED profile offers energy-efficient performance, superior color rendering, long service life, and flexible installation options — making it an ideal lighting solution for facility managers, lighting consultants, and EPC decision makers focused on design excellence, visual comfort, and long-term value.

Models:

• ILPS-301-20-65-2-DP-ST 20W
• ILPS-301-25-65-2-DP-ST 25W
• ILPS-302-30-65-2-DP-ST 30W
• ILPS-302-35-65-2-DP-ST 35W
• ILPS-302-40-65-2-DP-ST 40W

Construction Details:

The GEMBA (SLIM) Linear Profile Light is constructed using a high-transmittance PMMA/Polycarbonate diffuser that ensures smooth, uniform, and glare-free illumination across the entire length of the profile. The ultra-slim housing is manufactured from premium-grade extruded aluminium, providing excellent mechanical strength, lightweight structure, and superior heat dissipation. High-efficiency SMD LED modules are integrated within the slim profile to deliver consistent brightness and high luminous efficacy. The luminaire is powered by a constant current, high-efficiency isolated LED driver with in-built surge protection and thermal cut-off to ensure electrical safety and stable performance. An optimized internal thermal management system allows efficient heat dissipation, significantly extending LED life. The fixture is finished with a premium matte powder-coated surface for a sleek and contemporary architectural appearance.