Adjustable 980nm100mw-5000mw infrared Module Dot/Line/Cross research experiment Vue 300mw Cross

980nm Infrared Laser Module – Dot, Line & Cross, 100mW–5W

300mw Cross
Sale price  $119.99 Regular price $148.99
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Adjustable 980nm100mw-5000mw infrared Module Dot/Line/Cross research experiment Vue 300mw Cross

980nm Infrared Laser Module – Dot, Line & Cross, 100mW–5W

Sale price  $119.99 Regular price $148.99
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Adjustable 980nm Infrared Laser Module – Dot, Line & Cross Beam

Take your research, experimentation, or stage lighting setup to the next level with this high-performance 980nm infrared laser module. Engineered for industrial-grade continuous operation, this compact yet powerful module delivers selectable beam patterns — Dot, Line, and Cross — with adjustable focus and output power ranging from 100mW to 5,000mW (5W). Whether you're a researcher, engineer, or stage professional, this module is built to perform.

Key Features

  • 980nm Infrared Wavelength – Ideal for research, sensing, alignment, and stage applications
  • Adjustable Power Output – Scalable from 100mW up to 5W to suit your exact requirements
  • Three Beam Modes – Switch between Dot, Line, and Cross patterns with ease
  • Adjustable Focus – Fine-tune spot size for precise targeting or wide-area coverage
  • TTL Modulation Support – Compatible with TTL modulation for pulsed or controlled operation
  • Industrial-Grade Continuous Operation – Designed for long-duration, uninterrupted use
  • Aluminum Heat Dissipation – Efficient thermal management for consistent, stable output
  • Constant Current Circuit Control – Ensures stable power delivery and protects the diode
  • Reverse Polarity Protection – Automatic identification of positive and negative poles for safe operation
  • Compact Mini Design – Measures just 33×50mm; easy to integrate into custom setups
  • Brand-New Imported Diodes – High-quality optical components for reliable performance

Technical Specifications

  • Output Wavelength: 980nm
  • Output Power: 100mW – 5,000mW (5W)
  • Spot Mode: Dot / Line / Cross
  • Spot Size: Adjustable focus
  • Working Voltage: DC 12V
  • Working Current: <600mA
  • Modulation: TTL modulation (modifiable frequency)
  • Cooling Method: Aluminum heat dissipation
  • Shell Material: Aluminum (black surface treatment)
  • Working Temperature: -10°C to +40°C
  • Storage Temperature: -10°C to +40°C
  • Preheating Time: None
  • Size: 33 × 50mm
  • Structure: Laser tube + lens + heat dissipation shell
  • Power Source: AC (DC adapter to 12V)

Applications

  • Scientific research and optical experiments
  • Industrial alignment and sensing
  • Stage and DJ lighting effects
  • Custom optoelectronic system integration
  • Machine vision and positioning projects

Made in Mainland China.

For general laser safety guidance and best practices, refer to the U.S. Consumer Product Safety Commission – Laser Safety resource.

Frequently Asked Questions

Q: What beam patterns does the 980nm infrared laser module support?

A: This laser module supports three selectable beam patterns: Dot, Line, and Cross. The focus is also adjustable, allowing you to fine-tune the spot size for your specific research or application needs.

Q: Can this infrared laser module run continuously without overheating?

A: Yes. The module features an aluminum heat dissipation shell and is designed for industrial-grade continuous operation. It can run for extended periods within the specified working temperature range of -10°C to +40°C without performance degradation.

Q: What voltage and power source does this laser module require?

A: The module operates at DC 12V with a working current of less than 600mA. It is powered via an AC power source converted to DC 12V through an appropriate adapter. Always ensure stable power delivery for optimal performance.

Q: Is TTL modulation supported on this 980nm laser module?

A: Yes, this module supports TTL modulation with a modifiable modulation frequency, making it suitable for pulsed operation, synchronized triggering, and custom control in research or automation setups.

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