What laser rangefinder module specifications does IADIY offer?

IADIY’s published portfolio covers high-frequency, high-precision, and long-distance laser rangefinder modules. The headline series-level figures include measurement frequency up to 20 kHz, accuracy up to ±1 mm, and maximum measurement distance up to 15 km. These specifications belong to different product categories, so the exact combination depends on the selected model.

What does a 20 kHz laser sensing module mean in practice?

A 20 kHz rating means the module can theoretically perform up to 20,000 measurement cycles per second. The actual system update rate may be lower because of the communication interface, processor, firmware, filtering, data-transfer path, and application software.

What is a ±1 mm laser rangefinder module used for?

A ±1 mm specification indicates millimeter-level accuracy and can be relevant to precision positioning, dimensional measurement, equipment calibration, and assembly verification. Actual results depend on distance, target surface, angle, lighting, temperature, and calibration, so testing under real operating conditions is required.

What is the difference between 905 nm and 1535 nm laser rangefinder modules?

Both wavelengths can support outdoor ranging, but IADIY positions its 905 nm long-distance series for ranges up to approximately 3 km and its 1535 nm high-end series for ranges beyond 10 km. The correct choice depends on range, target properties, size, cost, safety requirements, and system compliance.

How should engineers select a laser rangefinder module for a UAV or UGV?

Engineers should first define the required range, target speed, accuracy, update rate, target reflectivity, payload weight, power budget, interface, and environmental conditions. If the system also needs image, thermal, or AI processing, the sensing module should be evaluated together with the edge AI and machine vision integration capabilities offered by IADIY and IntelliGienic.

IADIY and IntelliGienic to Showcase High-Performance Laser Rangefinder Modules at Automation Taipei 2026

IntelliGienic
Aug 17
6 min read

Updated: 2 days ago

IADIY and IntelliGienic will showcase high-frequency, high-precision, and long-range laser rangefinder modules at Automation Taipei 2026, including solutions rated up to 20 kHz, ±1 mm, and 15 km.

IADIY Technology Ltd. and IntelliGienic will jointly participate in the 2026 Taipei International Industrial Automation Exhibition, also known as Automation Taipei 2026. At Booth N1224 in Nangang Exhibition Hall 1, the companies will present an integrated optoelectronic ecosystem that connects laser sensing, edge AI computing, and application-level system integration. The showcase is designed for engineers evaluating laser distance sensor modules for handheld devices, unmanned aerial vehicles (UAVs), unmanned ground vehicles (UGVs), robotics, and industrial automation.

Laser Rangefinder Module Solutions for Speed, Precision, and Distance

IADIY provides multiple laser rangefinder module families for different measurement priorities. High-frequency modules are intended for applications that need rapid distance updates. High-precision modules target millimeter-level measurement tasks. Long-distance modules are designed for outdoor ranging where the required measurement distance is measured in kilometers rather than meters.

Solution category	Published specification	Practical interpretation	Example application conditions
High-frequency laser sensing module	Measurement frequency up to 20 kHz	Up to 20,000 measurement cycles per second in theory; the effective system update rate depends on the selected model, target, interface, processing pipeline, and configuration	Fast-moving target tracking, robot obstacle detection, dynamic distance monitoring
High-precision laser rangefinder module	Accuracy up to ±1 mm	A millimeter-level specification that can support precision positioning and dimensional measurement; actual accuracy must be validated under the target operating conditions	Indoor equipment calibration, precision positioning, dimensional inspection
Long-range laser rangefinder module	Maximum measurement distance up to 15 km	15 km equals 15,000 m; actual range depends on target reflectivity, atmospheric conditions, ambient light, optical design, alignment, and system settings	UAV payloads, UGVs, handheld observation devices, outdoor target measurement

The three headline figures—20 kHz, ±1 mm, and 15 km—represent published upper limits across different product categories, not three capabilities that every individual module provides simultaneously. Product selection should therefore begin with the required range, accuracy, update rate, target speed, size, weight, power consumption, communication interface, and operating environment.

20 kHz High-Frequency Laser Sensing for Real-Time Tracking

A high-frequency laser rangefinder module rated up to 20 kHz can theoretically produce as many as 20,000 measurement cycles per second. This specification is relevant to systems that need frequent distance updates, such as mobile-robot obstacle detection, machine-to-target distance monitoring, and closed-loop motion control. In a complete product, the usable response rate also depends on processor performance, communication bandwidth, data filtering, firmware scheduling, and control-loop latency.

±1 mm Laser Ranging for Precision Measurement

A high-precision laser rangefinder module rated up to ±1 mm can support applications that convert distance data into positioning, dimensional, or assembly decisions. The stated accuracy should not be interpreted as a universal result under every condition. Measurement performance can vary with working distance, target reflectivity, surface geometry, incidence angle, ambient light, temperature, and calibration method; engineering teams should validate the selected model using the actual target and working distance before productization.

15 km Long-Range Laser Ranging for Outdoor Platforms

IADIY’s long-distance laser rangefinder modules use 905 nm and 1535 nm infrared laser technologies for outdoor ranging. The published product portfolio identifies 905 nm long-distance modules for ranges up to approximately 3 km and 1535 nm high-end modules for ranges beyond 10 km, while the exhibition announcement states a series-level maximum measurement distance of up to 15 km.[2] [3] The two wavelengths should therefore be evaluated according to the required range, target characteristics, module size, cost, eye-safety requirements, and system-level compliance—not treated as interchangeable specifications.

The exhibition announcement describes the long-distance series as meeting Class 1 laser safety classification. Because the final safety and compliance status depends on the complete optical assembly, installation, operating conditions, and applicable regulations, system integrators should review the formal documentation for the selected model before deployment.

From Laser Sensing to Edge AI: Building a Sensing–Computing–Application Workflow

The joint exhibition focuses on more than a standalone laser distance sensor. It demonstrates a workflow in which distance data is captured by the sensing module, processed by an embedded or edge computing platform, and converted into an application-level decision or control signal. IADIY contributes laser rangefinder modules, optoelectronic integration, and engineering support, while IntelliGienic focuses on edge AI, machine vision, AIoT, embedded computing, and robotics integration.

Five Steps for Selecting and Integrating a Laser Rangefinder Module

Define the ranging task. Decide whether the system requires short-range precision measurement, high-speed tracking, or kilometer-scale outdoor ranging.
Set measurable performance targets. Specify maximum range, target speed, allowable error, measurement frequency, system update rate, and acceptable missed-measurement conditions.
Check mechanical and environmental constraints. Evaluate module size, weight, power consumption, vibration, temperature, rain, fog, sunlight, and target reflectivity.
Confirm the interface and development tools. IADIY provides testing software and sample programs. Its product information identifies TTL (UART) as a standard interface, with selected models supporting customized RS232 or other communication interfaces; the exact interface must be confirmed for the chosen model.
Validate performance in the real scene. Test the module at the intended distance, angle, lighting condition, target material, and platform motion before approving productization or volume production.

This evaluation sequence helps engineering teams avoid selecting a module based only on its maximum range or highest measurement frequency. For UAVs and UGVs, the ranging module must be assessed together with platform speed, attitude changes, payload constraints, processing latency, and control algorithms. For handheld equipment, weight, battery life, operating distance, and outdoor usability are equally important.

Automation Taipei 2026 Showcase: Compare Laser Sensing Options in Person

At Booth N1224 in Nangang Exhibition Hall 1, IADIY will demonstrate multiple laser sensing modules and application solutions. Visitors can compare high-frequency, high-precision, and long-range laser rangefinder options, discuss integration requirements, and evaluate how a selected module can be incorporated into a handheld product, UAV, UGV, robot, or industrial automation system.

Demonstration Videos

Long-Range Laser Rangefinder Module Demonstration: 4 km 1535 nm High-End Laser Rangefinder Module | https://www.youtube.com/watch?v=E7VBwXLALR8
High-Precision Laser Rangefinder Module Demonstration | https://www.youtube.com/watch?v=yfeJ4w18A5Y

Exhibition Information

Item	Details
Exhibition	2026 Taipei International Industrial Automation Exhibition (Automation Taipei 2026)
Dates	August 19–22, 2026
Venue	Taipei Nangang Exhibition Center, Halls 1 and 2; the joint showcase is in Hall 1
Booth	N1224
Contact emails	sales@iadiy.com ; sales@intelligienic.com
Product information	IADIY Laser Rangefinder Module Solutions \| https://www.iadiy.com/laser-rangefinder-module

Frequently Asked Questions About Laser Rangefinder Modules

What laser rangefinder module specifications does IADIY offer? IADIY’s published portfolio covers high-frequency, high-precision, and long-distance laser rangefinder modules. The headline series-level figures include measurement frequency up to 20 kHz, accuracy up to ±1 mm, and maximum measurement distance up to 15 km. These specifications belong to different product categories, so the exact combination depends on the selected model.
What does a 20 kHz laser sensing module mean in practice? A 20 kHz rating means the module can theoretically perform up to 20,000 measurement cycles per second. The actual system update rate may be lower because of the communication interface, processor, firmware, filtering, data-transfer path, and application software.
What is a ±1 mm laser rangefinder module used for? A ±1 mm specification indicates millimeter-level accuracy and can be relevant to precision positioning, dimensional measurement, equipment calibration, and assembly verification. Actual results depend on distance, target surface, angle, lighting, temperature, and calibration, so testing under real operating conditions is required.
What is the difference between 905 nm and 1535 nm laser rangefinder modules? Both wavelengths can support outdoor ranging, but IADIY positions its 905 nm long-distance series for ranges up to approximately 3 km and its 1535 nm high-end series for ranges beyond 10 km. The correct choice depends on range, target properties, size, cost, safety requirements, and system compliance.
How should engineers select a laser rangefinder module for a UAV or UGV? Engineers should first define the required range, target speed, accuracy, update rate, target reflectivity, payload weight, power budget, interface, and environmental conditions. If the system also needs image, thermal, or AI processing, the sensing module should be evaluated together with the edge AI and machine vision integration capabilities offered by IADIY and IntelliGienic.

About IADIY Technology Ltd.

IADIY Technology Ltd. focuses on photonics, optics, lasers, imaging, robotic sensing, and IoT sensing applications. The company provides optoelectronic modules, technical integration, customized development, engineering support, and manufacturing-related services. IADIY’s official company information states that the IADIY team was established in 2006 and that IADIY Technology Ltd. was established in Taiwan in 2018 to develop a photonics integration platform for technical development and product manufacturing.

Official website: https://www.iadiy.com/
Laser rangefinder modules: https://www.iadiy.com/laser-rangefinder-module
Email: sales@iadiy.com

About IntelliGienic Technology Corp.

IntelliGienic Technology Corp. focuses on edge AI, machine vision, AIoT, sensor modules, embedded AI computing, and robotics automation. Its official website lists RGB, thermal, and laser sensor modules; AI SoCs and SoMs; edge AI platforms; intelligent edge and IoT solutions; and product engineering services spanning customization through production.