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Lilly Electroncis

520nm Green Laser Module Φ16×60mm 30mW/50mW/85mW/135mW 12V 24V Dot Line Cross

520nm Green Laser Module Φ16×60mm 30mW/50mW/85mW/135mW 12V 24V Dot Line Cross

Regular price $49.00
Regular price $66.00 Sale price $49.00
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Beam Pattern
Output Power

Product Overview

Compact 520nm green laser module designed for positioning, alignment, indication and other industrial or optical applications. The module features a durable Φ16 × 60mm aviation-aluminum housing, wide DC input range and multiple output-power options.

Available with Dot, Line or Cross optical patterns, depending on the selected configuration.

Key Features

  • 520nm green laser output
  • 30mW / 50mW / 85mW / 135mW power options
  • Dot, Line and Cross pattern options
  • Compact Φ16 × 60mm aluminum housing
  • Black anodized insulated surface
  • Wide DC 9–25V input
  • Compatible Nominal Supply: 12V / 24V DC
  • ACC constant-current driver circuit
  • Suitable for continuous operation
  • Optional/custom wire configurations available

Specifications

Specification Details
Wavelength 520nm ±10nm
Output Power <30mW / <50mW / <85mW / <135mW
Module Size Φ16 × 60mm
Housing Material Aviation aluminum, all-metal housing
Housing Color Black
Surface Treatment Insulated black anodized finish
Beam Pattern Dot / Line / Cross, depending on selected option
Working Voltage DC 9–25V
Driver Circuit ACC constant-current circuit
Working Current – 30mW <280mA
Working Current – 50mW <400mA
Working Current – 85mW <580mA
Working Current – 135mW <650mA
Operating Temperature -15°C to +35°C
Storage Temperature -20°C to +70°C
Service Life >8,000 hours under appropriate operating conditions


Beam Options

Dot Beam
Produces a concentrated green dot for positioning, targeting and alignment applications.

Line Beam
Projects a visible green line. The line version uses a cylindrical optical lens and is suitable for alignment, positioning and indication applications.

Cross Beam
Projects intersecting horizontal and vertical green lines for applications requiring two-axis positioning or reference.

Beam dimensions, line width and visible working distance vary according to output power, lens configuration, focusing distance and ambient lighting conditions.

Line Beam Angle

We offer multiple line-angle configurations, including:

5° / 15° / 30° / 45° / 60° / 90° / 110° / 130°

The standard supplier configuration is 90°. Please contact us if a specific projection angle is required.

Focus

The optical configuration varies according to the selected beam type.

For applicable versions, the front locking ring can be rotated to secure the lens/focus position after adjustment.

Wiring

Standard configuration:

  • Red: Positive (+)
  • Black: Negative (−)
  • Standard wire length: approximately 150mm

Other wire configurations may be available upon request, including connector leads, sleeved cable and DC female connector cable.

Working Distance

Typical visible working distance is within approximately 5 meters indoors.

Actual visibility and usable distance depend on the selected output power, beam pattern, focusing configuration, projection surface and ambient lighting. Bright environments may significantly reduce apparent beam visibility.

Package Includes

1 × 520nm Green Laser Module

Important Notes

Please select the required output power and beam pattern before ordering.

Optical performance can vary depending on the selected Dot, Line or Cross configuration. If you require a specific line angle, focus distance, wire length or connector, please contact us before ordering.

Laser Safety Warning

WARNING: This product emits visible laser radiation.

  • Do not look directly into the laser beam or view it with optical instruments.
  • Never aim the laser at people or animals.
  • Avoid direct eye exposure and unintended reflections from mirrors, polished metal, glass, or other reflective surfaces.
  • Use appropriate 520nm laser safety eyewear when installing, adjusting, testing, or operating the module.
  • Keep out of reach of children and unauthorized users.
  • Do not aim the beam at vehicles, aircraft, or into public areas.
  • Ensure the module is securely mounted and the beam path is controlled before applying power.
  • The installer/user is responsible for appropriate safety measures and compliance with applicable local laser-safety regulations.

This is a laser module intended for integration into appropriate equipment or systems. Exercise proper laser safety precautions during installation and operation.

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