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ODM/JDM Manufacturing Service Overview

Optics, Laser Module, Laser Sensor, Laser Detection, Camera Module, AI Camera, AI Vision, Machine Vision, Robot Sensor, Sensor Fusion, AISOC Edge Computing, Embedded Computer, Optoelectronic Assembly, Optomechanical Assembly

Leveraging our experience in optics, photonics, electronics, mechanics, thermal transfer, AISOC and imaging processing, IADIY develops core laser, laser detection, camera module, vision sensor, machine vision and AI vision technologies such as human-robot interaction, intelligent recognition, robot sensor, sensor fusion, and navigation, providing comprehensive smart commercial AI vision, AIoT sensing and robot senor solutions. We offer Original Design Manufacturing (ODM) and Joint Design and Manufacturing (JDM) services, covering AISOC edge computing, system specification design, optoelectronic and hardware design, firmware/software design, manufacturing, testing and verification, overall solutions and engineering support, aiming to fully meet our customers' expectations and needs across various application areas. In the future, we will further integrate robotics technology, expanding into fields such as artificial intelligence and the Internet of Things, developing edge AI computing, sensor fusion, robot sensor and intelligent vision system to create unique application value in response to various industrial application needs.

IADIY specializes in the design and manufacturing of optoelectronic integration, laser inspection, vision sensors, vision systems, and AISOC edge computing applications. In addition to providing a full range of ODM, JDM, and Design-In customized design services, we also can support multi-supply chain manufacturing services. IADIY is headquartered in Taiwan, and has three major manufacturing bases globally—Taiwan; South China; and Osaka, Japan—implementing rigorous production and quality control to provide high-quality optoelectronic products. This ensures we fully meet customer expectations and requirements, satisfying the application needs of various fields such as edge computing, AI vision, AIoT, smart retail, industrial automation, smart transportation, healthcare, drone and robot sensor. Our highly trained R&D personnel, experienced project managers, comprehensive manufacturing, and high-standard quality management systems enable us to fully realize our customers' design and manufacturing needs from the initial concept, producing high-quality customized products that perfectly meet their requirements.

Since its establishment in 2006, we have fully leveraged our mature design and manufacturing advantages to assist customers in successfully applying customized embedded computer control boards, embedded computer systems, touch screen computers, tablet computers, and network communication products to various large-scale customized projects. These include AI-powered smart industrial robots, AMR autonomous mobile robots, smart battery swapping stations, smart charging piles, and smart parking pillar manufacturing services; drive-through car ordering systems; smart scoreboards; POS systems; smart potato sorting machines; bedside medical care and entertainment systems; and outdoor handheld tablet computers. Furthermore, our network communication equipment has been deployed in various enterprise firewalls and industrial manufacturing network security servers, providing enterprises with robust network security protection and assurance. Click the following introduction to learn more about IADIY's innovative technologies and superior design capabilities:

Laser module structure with diode

Custom Camera Module Design and Integration

Your Guide to Board Camera Customization and Optimization

Whether you're building a smart device, industrial machine, or medical equipment, the right camera module can greatly enhance product performance. This guide walks you through the key factors and processes in customizing your own camera modules.

1. Define Your Requirements

  • Lens Type: Fixed-focus, autofocus, or manual.
  • Sensor: CMOS/CCD based on image quality, price, and availability.
  • Interface: USB, MIPI, or Parallel depending on your application.
  • Board Size: Tailored to fit product dimensions.
  • Resolution: From 0.3MP to 20MP depending on image detail needs.
  • Field of View (FOV): Choose wide-angle or narrow FOV based on use case.

2. Choose the Right Components

  • Sensor Chip: Sony, OmniVision, or Onsemi sensors for specific imaging needs.
  • Lens Mount: S-Mount (M12), CS Mount, or fixed lens holder.
  • IR Filter: IR-cut for daylight use or IR-pass for night vision.
  • Connector: Pin headers, FPC cables, or USB interface board.

Not sure which sensor or lens combination is right for your application?
👉 Contact Us to start your custom camera module consultation.

3. Evaluate Annual Volume

Custom camera modules usually require a minimum order quantity (MOQ). If your Estimated Annual Usage (EAU) is over 500 units, custom development becomes feasible and cost-effective.

4. Testing & Integration

  • Driver Support: Ensure compatibility with Windows, Linux, or Android.
  • Firmware Tuning: Adjust white balance, exposure, gain, sharpness.
  • Prototyping: Request evaluation samples to test integration.
Custom Camera Module

Laser Module Buying Guide: Diode, VCSEL, High Power

Find the Right Laser Module – RGB, IR, Line Laser & Custom Solutions

IADIY offers a full range of laser modules including RGB diode lasers, infrared lasers, line laser modules, and custom-built laser solutions. This guide helps you quickly understand laser module structure, choose the right type, and explore customization options.

Laser module structure with diode

Basic Structure - A typical diode laser module includes

  • Laser diode: defines wavelength and power (e.g., 405nm~1550nm).
  • Collimating/Pattern Lens: creates beam focus, lines, or DOE patterns.
  • Driver circuit: ensures stable output (APC/ACC supported).
  • Mechanical housing: determines heat dissipation and alignment.

Types of Laser Modules

  • RGB Laser Modules: Multi-wavelength outputs for visual and alignment systems.
  • IR Laser Modules: 780nm to 1550nm options for sensing, measurement, or invisible beam use.
  • Line/Cross Line Modules: For positioning, machine vision, etc. with selectable angles (e.g., 40°, 60°, 110°).
  • Custom Modules: Tailored optics, modulation, mechanical and thermal specs.
IR Laser Module
Line Laser Module

Whether you need precision dot, line, cross, or complex DOE pattern projections, we help optimize your requirements based on cost and performance.

How to Choose

  • Application: Identify purpose—vision alignment, illumination, sensing, marking.
  • Wavelength: Match visibility or sensing needs (e.g., 520nm for green, 940nm for IR).
  • Power: Consider eye safety and required intensity.
  • Beam Type: Dot, line, cross, or pattern.
  • Environment: Housing material and thermal design for usage conditions.

Can't find what you need? Contact us with your requirements. We support small orders, samples, and full custom development.

Optical Design Manufacturing Service - Optics and Photonic Elecro-optical Development

Our manufacturing facilities provide optics and product design services and contractual manufacturing of photonic electro-optical subsystems, complex laser and optical systems. We disposes of an unsurpassed design and development capacity, comprising an in-house optics division, an integrated circuit design division and an optical, mechanical and electrical integration division making us the ideal choice for clients who wish to outsource crucial designs and manufacturing responsibilities to a highly qualified and trusted partner.




Laser Pattern - DOE, HOE and Diffusers

We offer custom design service with high performances to support your needs for specific laser patterns. DOE, HOE and Diffusers designs for complex laser patterns or diffraction spots precise manipulation are achieved through our computational design methods and wafer-based technology

SERVICES & CAPABILITIES:
  • Technical support for your optical systems
  • Custom laser pattern designs
  • Prototypes at reasonable costs
...More

Glass Molded Aspheric Lenses

The glass molded aspherical lenses are not only able to correct aberrations through one singlet lens but also display a smaller size, higher performances, and ensure a more stable quality control in during mass production compared to the traditional ground lenses. Thanks to a state of art Precision Glass Molding (PGM) technology, we provide glass molded aspherical lenses with:

  • Competitive cost
  • Good quality
  • Fast delivery
  • Optical design and simulation
  • In-process testing and machine inspection
...More


Moded Plastic Asphric Lenses

Our plastic molded aspheric lenses were designed for laser and spherical aberration elimination with high light-gathering, efficiency in condensing, high power, high precision, and high environment reliability required applications.

We have an extensive experience in developing excellent manufacturing process of plastic molded aspheric lens, in designing and offering cost-effective optical solutions for your individual demands.

SERVICES & CAPABILITIES:

  • Optical design and support
  • Rapid prototype
  • Fast and dependable volume production at affordable price
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Optical Coating Filter

Our custom optical coating services with precision optical coating technology are available to support all your applications in Fluorescence microscopy, Spectroscopy, wavelength selectors and other related optical fields. Our coating services includes anti-reflective coating, beam-splitter coatings, filter coatings, high-reflector coatings, reducing internal and external surface reflection through single-layer to broadband multilayer coatings. Other types of coating are also available upon customers’ requirement.

SERVICES & CAPABILITIES:

  • Optical design and optical coatings
  • Short lead time
  • Constant quality at top-level
  • In-house tool design and manufacture
...More


Optical, Photonic, Optoelectronic Systems and Solutions Development

With decades of experience in laser technology, optics, semiconductors, electronics, precision molding and mechanics, Our engineering facilities have specialized in designing and developing complex optoelectronic systems, making us a trustworthy partner for our clients who are seeking for high-performance designs and precision manufacturing capabilities. Our product range includes: virtual keyboards, laser range finders, and laser scanning systems

SERVICES & CAPABILITIES:

  • System analysis
  • Feasibility evaluation
  • Optical, mechanical and electronic design
  • Prototype design and fabrication
...More


Optics, Photonics, Optoelectronics Products Design Manufacturing

In addition to strong capabilities in offering system development services, we also provides services for complex in-house assemblies of photonic electro-optical systems which maintain outstanding product quality standards. We have a wealth of practical experience of in supplying components, sourcing on your behalf, or managing a supply chain with your suppliers to meet your requirement for volume production.

SERVICES & CAPABILITIES:

  • Optical design and coating
  • Tooling, fixture design and manufacturing
  • From prototype to volume production
  • Outsourcing management
  • Assembly services
  • Quality and reliability system set up
...More

Optical Mechanics, Precision Mechanical Parts, Optoelectronic Modules Assembly

Our molding services combine with our hard tooling solutions perfectly. Our molds are manufactured using a state-of-the-art processing technology that offers to our customers to a rapid process to prototyping e, bridging, and short production runs, and that allows us to produce molds with cost control to for low volume production runs.

SERVICES & CAPABILITIES:

  • Rapid tooling
  • Customers own the injection mold
  • Proven quality
  • From prototype to production
...More

Optoelectronic Assembly ODM/JDM Manufacturing Service

Laser Detection, Laser Sensor, Vision Sensor, Vision System, Machine Vision, Robot Vision, Vision Inspection, Sensor Fusion, Optoelectronic Modules, Edge Computing for AI Vision and Robot Application

Our design and manufacturing capabilities encompass solutions for miniaturized and complex optical components in laser detection, imaging, and photonic systems. These optoelectronic systems require critical assembly steps and calibrations to achieve optimal optical and electrical performance. These assemblies can require chip-on-board, wire bonding, gluing, and placement steps, as well as optomechanical alignment, electronic function test.​ We possess the capability to design highly integrated, complex, and customized vision system. This can be applied to integrated illuminators with specific beam-shaping capabilities (such as laser detection), or other applications requiring high-resolution, color-accurate vision systems or sensor fusion modules. Regardless of specific needs, our manufacturing capabilities ensure high quality standards throughout the entire process from conceptual design to final mass production. Currently, our R&D engineering focuses on AI vision, edge computing, thermal imaging and sensor fusion applications, drone gimbals and robot sensors, and autonomous robotic vehicles. We offer Original Design Manufacturing (ODM) and Joint Design Manufacturing (JDM) services, covering system specification design, manufacturing, testing and verification, and overall solutions, designed to comprehensively meet customer expectations and needs across various application areas. In the future, we will further integrate robotics technology, expanding into artificial intelligence, the Internet of Things (AIoT), and other fields to develop intelligent robots/drones to meet diverse industrial application needs and create unique application value.

IADIY specializes in optoelectronic integration and AISOC application design and manufacturing services. This ensures we fully meet customer expectations and requirements, satisfying the application needs of various fields such as edge computing, AIoT, smart retail, industrial automation, smart transportation, healthcare, and network communications. We possess well-trained R&D personnel, experienced project managers, a comprehensive manufacturing system, and an after-sales service system, enabling us to fully realize the design and manufacturing needs derived from customers' initial concepts, producing high-quality customized products that perfectly meet their requirements.

Essential Techniques and Technologies
  • Active Alignment: Crucial for high-performance camera modules, this process uses real-time, closed-loop feedback to adjust for X-Y centering, Z-focus, and sensor tilt (rotation) for optimal image quality, rather than relying solely on passive, high-tolerance mechanical assembly.
  • Cleanroom Assembly: Conducted in controlled environments to prevent contamination, often with ESD (electrostatic discharge) protection for sensitive components.
  • Power Budgeting: Analysis of light loss at interfaces (fibers, connectors, chip) to ensure sufficient optical power reaches the detector, often needing a negative budget correction.
  • Testing and Inspection: X-ray and SEM (Scanning Electron Microscopy) for failure analysis and assembly verification.

We have fully leveraged our mature design and manufacturing advantages to assist customers in successfully applying customized embedded computer control boards, embedded computer systems, and optoelectronic products to various large-scale customized projects. These include AI-powered smart industrial robots, AMR autonomous mobile robots, smart battery swapping stations, smart charging piles, and smart parking pillar manufacturing services; drive-through car ordering systems; smart scoreboards; POS systems; smart potato sorting machines; bedside medical care and entertainment systems; and outdoor handheld tablet computers. Furthermore, our network communication equipment has been deployed in various enterprise firewalls and industrial manufacturing network security servers, providing enterprises with robust network security protection and assurance. Click the following introduction to learn more about IADIY develops and produces efficient optoelectronic assemblies and subsystems and assists you with system integration. Contact us for more information.

Laser module structure with diode

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