Transparent Power LED Lens (1 W–3 W) — 30° Beam, Ø13 mm

This is a high-quality optical lens for power LEDs, designed to shape and concentrate light from 1 W to 3 W LED emitters into a tight, controlled beam. The transparent 13 mm lens delivers efficient collimation for increased on-target illuminance, making it ideal for industrial illumination, ornamental lighting, and electronics projects.
Unlike a light source, this lens is an optics component that enhances the performance of your LED module. When paired with an appropriate LED, current driver, and aluminum heatsink, it achieves high system brightness with precise beam control.

Key Features 🔍

• 30° beam angle for focused, high-intensity spot lighting
• High optical transmittance (94%) to minimize light loss
• 13 mm diameter compact form factor for dense arrays and small enclosures
• Optimized for 1–3 W power LEDs commonly used in DIY and professional lighting modules
• Durable hard plastic ABS construction
• Suitable for industrial, decorative, and microcontroller-controlled lighting systems

Applications 🛠️

• Spot and accent lighting for showcases, signage, and architectural details
• Machine vision illumination and sensor targeting
• DIY and maker projects using Arduino or Raspberry Pi for PWM dimming and effects
• Portable lamps, beacons, and flashlight-style modules
• General electronics components prototyping and LED module development

Compatibility and Control 🤖

Integrates easily with LED drivers and microcontroller-based systems. Use constant-current drivers matched to your LED’s forward voltage and current. Ideal for projects controlled by Arduino, Raspberry Pi, or other MCU-based modules requiring precise light direction.

Technical Specifications 📐

• Product Type: Power LED collimating lens
• Lens Material: Hard Plastic ABS
• Optical Transmittance: 94%
• Beam Angle (this variant): 30°
• Available Beam Angles: 15°, 30°, 45°, 60°, 90°, 100°, 120°
• LED Lens Diameter: 13 mm
• Recommended LED Power Class: 1 W to 3 W

Integration Tips ⚙️

• For best results, align the lens concentrically over the LED emitter according to the LED package footprint.
• Ensure adequate thermal management of the LED with an aluminum-based heatsink or star PCB to maintain brightness and longevity.
• Select the beam angle that fits your application: narrower angles for distance/spot lighting, wider angles for area/flood illumination.