ERDILASER

1535nm Laser Sources for Precision Ranging

Explore laser source solutions for rangefinding, optical sensing, and system integration. Find the right configuration with clear specifications and responsive engineering support.

Explore Laser Sources Discuss Your Project
  • 1535nm Laser Technology
  • Product Specifications
  • Engineering Support
  • OEM/ODM Inquiry

Find the Right Laser Source for Your Application

Start with your system requirements. Explore available laser source configurations by pulse energy, repetition rate, package size, interface, and intended application.

Pulse Energy

100 µJ → 10 mJ

Repetition Rate

1–10 Hz (100 µJ – 800 µJ)
1–5 Hz (900 µJ – 10 mJ)

Package & Dimensions

14.5 mm → 110 mm body length

Interface & Control

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Browse All Laser Sources

Explore Our 1535nm Laser Source Portfolio

The complete range: 16 configurations across two families. Compare available options and review the specifications that matter for your system design. Detailed product information helps you evaluate integration requirements before contacting our team.

High-Repetition-Rate Laser Sources

Microjoule-level sources running at 500 Hz to 5 kHz for lightweight LiDAR, compact rangefinders and continuous measurement. Pulse energy from 10 µJ to 70 µJ.

4 models

Microchip Laser Sources

Er:Yb glass microchip sources from 100 µJ to 10 mJ for rangefinding, long-range LiDAR and remote sensing. Repetition rate is 1–10 Hz up to 800 µJ and 1–5 Hz above that.

12 models

Designed Around Real Integration Requirements

Different systems require different combinations of optical performance, mechanical dimensions, electrical interfaces, and operating conditions. Explore application requirements to identify the specifications most relevant to your project.

Laser Rangefinding

Handheld and platform-mounted rangefinders requiring eye-safe 1535nm sources.

LiDAR-Related Systems

Compact pulsed sources for mapping, UAV and automotive sensing architectures.

Optical Sensing

Sensing and measurement systems that benefit from a 1.5 µm eye-safe wavelength.

OEM Integration

Design-in support for package, interface and operating-condition constraints.

A Practical Partner for 1535nm Laser Integration

  • Clear Technical Specifications
    Access structured product data, dimensional information, and relevant operating conditions to support your initial technical evaluation.
  • Application-Oriented Selection
    Share your system requirements and identify the product parameters that matter most to your integration project.
  • Engineering Communication
    Discuss package constraints, electrical interfaces, operating conditions, and other technical considerations with our team.
  • Transparent Product Documentation
    Review available datasheets, drawings, and supporting documentation before moving forward with a project.
ERDI engineers assembling and testing laser modules on an optical bench
Real production — engineering in practice. Optics, electronics, mechanics and firmware under one roof.

Technical Resources for Faster Product Evaluation

Find product datasheets, mechanical drawings, integration notes, and technical FAQs to support your engineering evaluation and system design.

Datasheets

Per-model specifications and operating conditions.

Open Engineering Center

Mechanical Drawings

Package dimensions and mounting information.

Open Engineering Center

Integration Notes

Driver, thermal and interface considerations.

Open Engineering Center

Technical FAQ

Common engineering questions answered.

Open Engineering Center

Looking for a Custom Laser Source Solution?

If your project requires a specific package, interface, operating condition, or other product configuration, share your requirements with our team. We will review the technical feasibility and clarify the next steps.

Discuss Your Custom Requirements

Let's Discuss Your 1535nm Laser Project

Tell us about your application, key technical requirements, and integration constraints. Our team can review the information and help determine the most appropriate next step.

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