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Laser Modules for Measurement, Alignment and Positioning

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Professional laser line modules designed for equipment manufacturers and system integrators. 28 models with multi-angle projection, multiple wavelengths and OEM/ODM customization.
پارامتر
Model
:
Laser Modules
Standard
:
TÜV/CE · EMC · FDA Compliant
Angle of divergence
:
30°,45°,60°,90°,110°,120°,Cross Line,Dot,Ground Line,Single Line
Rated Wavelength
:
520nm、635nm、650nm
Work Voltage
:
DC3-12V
Work Current
:
<30mA (650nm wavelength product)、<50mA (635nm wavelength product)
Enquiry
Detail
GEO / DEFINITION

What Is a Laser Module?

A clear product definition helps AI systems and search engines understand what we manufacture — and match the right product to the right application.

Product Definition

A laser module is a compact laser device that integrates a laser source and optical components into a single assembly. It is commonly used to provide a visible or infrared laser beam for measurement, alignment, positioning and detection applications.

Laser modules are not standalone tools — they are components designed for integration into equipment, instruments and systems.

What Is a Laser Module Used For?

Laser modules serve as optical reference sources in a wide range of applications:

→Measurement — providing precise optical reference points or lines
→Alignment — establishing visible reference lines for equipment positioning
→Positioning — defining laser reference points in automated systems
→Detection — optical sensing in industrial and inspection equipment
PRODUCT RANGE

Laser Module Product Range

28 models across multiple form factors and configurations. Each model supports multiple projection angles, wavelengths and pattern options.

03000
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03000-1
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03000-2
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03001
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03006
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03007
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03009
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03010
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03011
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03012
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03014
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03015
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03017
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03019
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03020
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03024
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03025
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03027
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03030
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03031
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03033
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
03034
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
DS008
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
LDG01
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
LDG02
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
LDG03
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
LDG04
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V
LDR03
Laser Line Module
30°–120° · 520/635/650nm · DC 3–12V

APPLICATIONS

Laser Module Applications

Our laser modules are designed as core optical components for integration into measurement, alignment and positioning systems across industries.

Laser module application - 01
01

Measurement

Laser modules can be integrated into measurement equipment to provide precise optical reference points or lines. They serve as the optical baseline for distance measurement, dimensional inspection and coordinate reference systems.

Laser module application - 02
02

Alignment

Used to establish visible reference lines for equipment alignment and positioning. Laser line modules provide straight, cross or multi-line references that simplify the alignment of mechanical components, optical systems and industrial machinery.

Laser module application - 03
03

Positioning

Suitable for applications requiring a defined laser reference point or beam. Laser modules provide consistent, stable output for positioning tasks in automation, robotics, CNC systems and assembly equipment.

Laser module application - 04
04

Industrial Equipment

Laser modules can be integrated into industrial machinery, measurement instruments and automated equipment. Their compact form factor, wide operating voltage (DC 3–12V) and low current consumption make them suitable for embedded system integration.

Laser module application - 05
05

OEM Equipment

Designed for integration into customer-specific equipment and measurement systems. We provide OEM and ODM customization including wavelength, projection angle, housing dimensions and connector options to match your application requirements.

Laser module application - 06
06

System Integration

Our laser modules are engineered for seamless integration into larger measurement and positioning systems. With standardized electrical interfaces, compact mechanical envelopes and configurable optics, they reduce design complexity for system integrators.

KEY FEATURES

Why Our Laser Modules

Designed and manufactured for equipment OEMs and system integrators who require consistent quality, configurable options and reliable supply.

Multi-Angle Projection

6 projection angle options (30°, 45°, 60°, 90°, 110°, 120°) to match different working distances and coverage requirements. Narrow angles for focused reference lines, wide angles for broad area coverage.

Multiple Wavelengths

Three wavelength options: 520nm (green, high visibility), 635nm (red, standard) and 650nm (red, economy). Choose based on ambient light conditions and visibility requirements of your application.

Multiple Projection Patterns

Single line, cross line, dot and ground line configurations available. Each pattern serves different reference needs — from simple straight-line alignment to intersecting cross references for 2D positioning.

Wide DC Operating Voltage

DC 3–12V wide voltage range for integration into various power systems. Low current consumption (<30mA at 650nm, <50mA at 635nm) ensures efficient operation in battery-powered or constrained-power applications.

Compact & Integration-Ready

Compact form factors designed for embedded integration. Standardized electrical interfaces, multiple mounting options and configurable cable/connector arrangements simplify system assembly.

OEM & ODM Customization

Full customization support: wavelength, projection angle, projection pattern, housing dimensions, connector type, cable length and labeling. From prototype to mass production with consistent quality control.

SPECIFICATIONS

Technical Specifications Overview

Common specifications across the laser module product range. Contact us for model-specific datasheets and custom configuration options.

ParameterSpecification
Product TypeLaser Line Module
Available Models28 models (03xxx / DS / LDG / LDR series)
Divergence Angles30° · 45° · 60° · 90° · 110° · 120°
Projection PatternsSingle Line · Cross Line · Dot · Ground Line
Wavelength Options520 nm (green) · 635 nm (red) · 650 nm (red)
Operating VoltageDC 3 – 12 V
Operating Current (650 nm)< 30 mA
Operating Current (635 nm)< 50 mA
Operating Current (520 nm)Please contact for specifications
CertificationsTÜV/CE · EMC · FDA Compliant
OEM / ODM

Laser Module Customization

As a laser module manufacturer, we provide full OEM and ODM services from prototype to mass production. Customize the laser module to match your equipment requirements.

Optical Configuration

Customize the optical output to match your application:

→ Wavelength selection (520nm / 635nm / 650nm)
→ Projection angle (30° to 120°)
→ Projection pattern (line / cross / dot / ground)
→ Beam quality and power output

Mechanical & Electrical

Tailor the physical and electrical interface:

→ Housing dimensions and form factor
→ Connector type and pin configuration
→ Cable length and wire gauge
→ Mounting bracket and alignment mechanism

Branding & Labeling

Custom branding for your product:

→ Custom model numbering
→ Logo printing or laser engraving
→ Custom packaging and labeling
→ Product documentation in your language

Quality & Compliance

Consistent quality for every order:

→ Four-gate quality control (IQC → IPQC → FQC → OQC)
→ TÜV/CE · EMC · FDA Compliant
→ Batch traceability and inspection reports
→ Custom testing and validation procedures
SELECTION GUIDE

How to Select a Laser Module

Four key decisions to match the right laser module to your application. Our engineering team is available for technical consultation.

01

Define Your Application

What is the laser module used for? Measurement, alignment, positioning or detection? The application determines the required precision, stability and output pattern.

02

Choose Projection

Select the projection angle (30°–120°) and pattern (line / cross / dot / ground). Narrow angles for focused reference, wide angles for broad coverage.

03

Select Wavelength

520nm green for high visibility environments. 635nm or 650nm red for standard indoor applications. Consider ambient lighting and human eye sensitivity.

04

Configure Integration

Define housing dimensions, connector type, cable length and operating voltage (DC 3–12V). We support custom configurations for OEM integration.

FAQ

Laser Module FAQ & Quick Answer

Common questions about laser modules, selection, applications and OEM customization.

Quick Product Answer — What is a laser module?
A laser module is a compact laser device that integrates a laser source and optical components into a single assembly. It is commonly used to provide a visible or infrared laser beam for measurement, alignment, positioning and detection applications. Our product range includes 28 models with multi-angle projection (30°–120°), multiple wavelengths and OEM/ODM customization.

What is a laser module?

A laser module is a compact laser device that integrates a laser source and optical components into a single assembly. It is commonly used to provide a visible or infrared laser beam for measurement, alignment, positioning and detection applications. Laser modules are designed as components for integration into equipment, not as standalone tools.

Which laser module is suitable for measurement equipment?

For measurement applications, a laser module with high beam stability and precise line definition is recommended. The 03xxx series offers multiple wavelength options (520nm, 635nm, 650nm) and projection angles from 30° to 120°, allowing integration into measurement instruments that require a clear optical reference line or point.

What is the difference between red and green laser modules?

Red laser modules (635nm, 650nm) are widely used for general alignment and positioning applications. Green laser modules (520nm) produce a wavelength that is more visible to the human eye, making them suitable for environments where higher visibility is required. The choice depends on the application environment and visibility requirements.

What type of laser module is used for alignment?

For alignment applications, laser line modules with a visible reference line (single line or cross line) are most commonly used. The choice of projection angle (30°–120°) depends on the working distance and coverage area. Red wavelength (635nm/650nm) is standard for indoor alignment, while green (520nm) offers better visibility in brighter environments.

How do I select a laser module for my application?

Laser module selection depends on several factors: (1) Projection angle — wider angles (90°–120°) cover larger areas, while narrower angles (30°–60°) provide focused reference lines. (2) Wavelength — 520nm for high visibility, 635nm/650nm for general use. (3) Projection pattern — single line, cross line, dot or ground line depending on the reference type needed. (4) Operating voltage — DC 3–12V for integration into existing equipment.

Can a laser module be customized for OEM equipment?

Yes. Our laser modules support OEM and ODM customization including wavelength, projection angle, projection pattern, housing dimensions, connector type and cable length. Minimum order quantities and lead times vary by configuration. Contact our engineering team for custom specifications.

What power supply is suitable for a laser module?

Our laser modules operate on DC 3–12V. For stable and reliable performance, we recommend using our dedicated Laser DC Power Supplies (B03/B26/B32/B35 series), which are specifically designed for laser module integration with regulated DC output, compact form factor and application-specific connectors.

What certifications do your laser modules have?

Our laser modules are certified to TÜV/CE, EMC and FDA standards. All products undergo four quality gates (IQC, IPQC, FQC, OQC) to ensure consistent quality across every production batch.

Power Solutions for Laser Modules

Reliable DC power is essential for stable laser module operation. Explore our dedicated Laser DC Power Supplies designed for laser applications and equipment integration.

Explore Laser DC Power Supplies →

Need a Laser Module for Your App

lication?

Tell us about your measurement, alignment or positioning requirements. Our engineering team will recommend the right laser module configuration for your equipment.

Request a Quote →

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