Mini LASER Dot Tube Diode Module

https://www.ram-e-shop.com/web/image/product.template/8337/image_1920?unique=132f4d0 LED.LASER.TUBE

Red Dot Laser Diode Module
6.5×18mm - 650nm

25.00 EGP 25.0 EGP 25.00 EGP

25.00 EGP

Not Available For Sale

هذه التركيبة غير موجودة.

أفضل للتطبيقات الصناعية

 متاح للشراء مباشرة من فرع رام للالكترونيات
 متاح خدمة الشحن للمنتج خلال 2-3 ايام عمل


مرجع داخلي: LED.LASER.TUBE

Description

The 6.5×18mm 650nm Red Dot Laser Diode Module is a compact, industrial-grade laser component designed for continuous operation. Delivering a clear, focusable red dot output at a 650nm wavelength with power up to 5mW, this versatile module operates on standard 3–5V DC power with minimal power consumption (≤25mA). Engineered with a standard 5,000-hour operational lifespan and a broad operating temperature range (-10°C to +40°C), it is an ideal choice for laser positioning, optical alignment, industrial leveling, DIY electronics, and educational projects.

Technical Specifications
ParameterSpecification
Product TypeRed Dot Laser Module (Continuous Output)
DimensionsØ 6.5 mm × 18 mm
Wavelength650 nm (Red)
Output Power5mW
Operating Voltage3.0 V – 5.0 V DC
Operating Current≤ 25 mA
Beam ProfileDot / Point Spot
Optimal Focus Distance~1 Meter
Operational Lifespan~5,000 Hours
Quality GradeIndustrial Grade
Operating Temperature-10°C to +40°C
Storage Temperature-20°C to +60°C

Key Features & Highlights
  • Compact Form Factor: Ultra-small 6.5mm outer diameter allows for easy integration into tight enclosures and equipment.
  • Low Power Consumption: Efficient operation drawing 25mA or less under standard 3V–5V DC input.
  • Focusable Optics: Adjustable lens designed for crisp dot projection, targetable at 1 meter.
  • Industrial Durability: Rated for up to 5,000 hours of continuous performance across standard working temperatures.
Manufacturer Note on Testing
  • Power Measurement Standard: Position the laser emitting window 10–20 cm away from the optical power meter sensor, ensuring the complete beam spot is centered on the detector surface.
Note: Do not look directly into the beam.