[Industry’s Only] 2400DPI High-End Compact CIS! OPT SCAN 2400 Flexible Light Source Configuration Perfectly Solves Image Misalignment and Tilted Installation Constraints

2026.07.30

One-Minute Summary

OPTICKS (OPTICKS TECHNOLOGY) officially launches the industry’s first high-end micro CIS with an optional built-in light source—the OPT SCAN 2400, designed to solve extreme production line challenges and overcome the installation limitations of traditional AOI equipment.

  • Core Advantage: OPTICKS introduces the industry’s first 2400DPI level high-end industrial CIS camera with an optional built-in coaxial light—the OPT SCAN 2400.

  • Flexible Light Source: Choose between a built-in coaxial light or an external light source, solving the lighting selection dilemma for 2400DPI cameras.

  • Mechanical-Friendly: Available in integrated or split-type micro-compact CIS designs, reducing installation space requirements and limitations.

  • Overcoming Pain Points: Supports tilted installation to resolve common uneven brightness issues and achieves seamless image alignment and stitching even without an Encoder.

  • AI Empowerment: Offers 10µm high-precision resolution and 1:1 true imaging, providing distortion-free images that perfectly adapt to high-end AI AOI algorithms.

In modern production lines, the demand for precision in machine vision and Automated Optical Inspection (AOI) is continuously rising. However, many equipment integrators and mechanical engineers frequently face dilemmas such as insufficient installation space, restricted lighting angles, or image stitching failures due to the lack of Encoder signals when upgrading AOI equipment or introducing customized AOI solutions.

As a professional provider of AOI equipment components and machine vision system integration services, Taiwan OPTICKS Co., Ltd. (hereinafter referred to as “OPTICKS“) officially launches the “OPT SCAN 2400High-End Compact CIS Vision Inspection Solution,” offering new possibilities for extreme production line challenges.

Upgrade AOI Inspection! “OPT SCAN 24002400DPI with Multiple Light Source Options

To achieve precise machine vision inspection, high-quality imaging and appropriate lighting are indispensable. The OPT SCAN 2400 is currently the only flexible CIS vision inspection solution in the industry at an extreme resolution of 2400DPI that allows users to choose between built-in coaxial lighting or an external light source, and between integrated or split-type designs. The up to 10µm high-precision resolution can capture minute defects and precise circuits. Paired with a high-end strobe system (also known as a high-end time-division strobe system), multiple independent images such as brightfield, darkfield, and backlight can be simultaneously acquired with a single linear scan. This not only significantly improves inspection efficiency but also provides the clearest raw material for backend AOI algorithms.

OPT SCAN 2400 Specifications

Item Specification
Interface

CoaXpress 2.0

Scan Width

329mm

Resolution

2400DPI

Number of Pixels

31104 pixels

Scan Speed

28.3kHz


 

Breakthrough in Two Major Pain Points of Traditional CIS: How to Solve Image Misalignment without an Encoder and Tilted Installation Challenges?

In the practical field of vision inspection system integration, the biggest headache for engineers is often not resolution, but “compromises in the installation environment.” The OPT SCAN 2400 proposes revolutionary solutions to two major pain points of traditional line scan cameras:

Fearless of Misalignment! Precise Alignment Even Without an Encoder

When traditional CIS moves at variable speeds on a production line without Encoder signal assistance, uncorrectable and severe misalignment occurs between sensors. The OPT SCAN 2400 is equipped with innovative technology to ensure seamless image stitching even without an Encoder.

Imaging comparison between traditional CIS cameras and OPT SCAN 2400 during production line speed changes without an encoder. Traditional CIS produces uncorrectable severe misalignment, while OPT SCAN 2400 maintains seamless stitching and normal imaging.

Imaging comparison between traditional CIS cameras and the OPT SCAN 2400 during production line acceleration/deceleration without an Encoder

Thoroughly Solving Imaging Discrepancies Caused by Tilted Installation

With traditional CIS, simply changing the installation angle causes severe uneven brightness and imaging discrepancies between adjacent sensors. The OPT SCAN 2400 has the ability to break through blind spots, supports tilted installation, and solves the uneven brightness defects brought on by tilted CIS setups. This allows mechanical engineers to flexibly address the special lighting needs of various products and maintain perfectly clear image output.

Brightness performance comparison between traditional CIS cameras and OPT SCAN 2400 during tilted installation. Traditional CIS shows uneven brightness between adjacent sensors, while OPT SCAN 2400 breaks through blind spots to maintain a uniform and clear image output.

Excellent imaging performance of the OPT SCAN 2400 with an external light source during tilted installation


Flexible Light Source Configuration and Tilted Installation Applications

The greatest advantage of the OPT SCAN 2400 lies in the ability to choose built-in coaxial light or freely combine it with an external light source for tilted installation. When using “built-in coaxial light,” due to the limitations of optical reflection principles, the camera must be installed vertically to ensure the light correctly reflects back to the sensor. However, when the production line faces spatial interference or needs to avoid the blind spots of highly reflective materials, using an “external light source” allows for tilted installation. This design grants immense mechanical design flexibility to the production line.

Comparison of OPT SCAN 2400 Built-in Coaxial Light vs. External Light Source

Comparison Dimension Built-in Coaxial Light External Light Source
Installation Angle Limits

Must be installed vertically

Supports tilted installation

Optical Principle Analysis

The optical path must remain vertical; if the camera is tilted, light cannot properly reflect back to the sensor, causing severe vignetting or imaging failure.

Light source and camera are independent. When the camera is tilted, the external light source can be adjusted to compensate for the lighting angle, maintaining an even and clear image output.

Applicable Scenario Advantages

Suitable for standard, flat objects requiring high-contrast inspection from a straight-on view.

Perfectly avoids glare caused by highly reflective materials or solves practical difficulties where space above the machine is limited, requiring a tilted shooting angle.


Zero Hassle in Mechanical Design: Integrated and Split-Type Micro CIS Design Choices, Combined with Seamless Stitching, Create Flexible Production Line Inspection Solutions

For mechanical engineers, internal equipment space is extremely valuable. The OPT SCAN 2400 offers “integrated” or “split-type micro-design” options, significantly reducing the volume at the sensor end. This not only breaks through spatial limitations and lowers installation space requirements but also provides more flexibility in hardware configuration.

At the same time, it eliminates the trouble of lens edge distortion. CIS technology inherently possesses a 1:1 true imaging non-deforming characteristic, meaning images can be directly used for precision measurement without complex software calibration, lowering the development threshold and time costs of AOI machine modifications.


In-Depth Analysis: OPT SCAN 2400 Core Technology Principles

Traditional CIS, constrained by sensor design and working distance limitations, finds it almost impossible to obtain beautiful brightfield or specular reflection field images. In contrast, the OPT SCAN 2400 responds beautifully according to sample characteristics or environmental restrictions, whether under a built-in coaxial setup or a tilted installation. While inheriting the low spatial requirement advantages of traditional CIS, it develops more possibilities for optical architectures!


Product Highlights Overview: OPT SCAN 2400 vs. Traditional Vision Solutions

Evaluation Metrics Traditional CIS/Line Scan Cameras OPTICKS OPT SCAN 2400
Resolution

Mostly limited to 1200DPI or below

2400DPI (10µm high-precision resolution)

Lighting Configuration Flexibility

Built-in and fixed, difficult to change

Choice of built-in coaxial or external light source, offering lighting flexibility

Performance Without Encoder

Prone to severe image misalignment

Supports image misalignment correction without an Encoder, ensuring seamless stitching

Tilted Installation Capability

Uneven brightness, large imaging discrepancies between adjacent sensors

With an external light source, tilted installation can break through blind spots and output evenly clear images

Optical Distortion Issues

Traditional lenses are prone to edge distortion and require software calibration

1:1 true imaging eliminates lens edge distortion and allows for direct measurement

Installation Space Requirements

Large volume, requires long working distance

Split-type micro CIS significantly reduces the sensor end’s volume


Connecting with AI AOI: Providing Ultimately Clear Raw Images for High-End Defect Inspection

With the popularization of smart manufacturing, replacing manual visual inspection and realizing automated visual inspection is the future trend, and the accuracy of AI optical inspection heavily relies on the quality of the input images (Garbage in, garbage out).

The OPT SCAN 2400 can be seen as a tailored weapon for AI AOI integration and AI defect inspection upgrades. Thanks to its 10µm high-precision resolution and 1:1 true imaging distortion-free characteristics, it provides the most authentic, edge-clear training data for AI models. Combined with flexible lighting solutions, it effectively highlights “low-contrast defects” that are difficult to define with traditional vision, boosting the inference accuracy of AI models and becoming the best cornerstone for enterprises moving toward advanced Industry 4.0.


About Taiwan OPTICKS Technology: AOI One-Stop Integration Services

In addition to providing hardware and software components, OPTICKS possesses diverse vision integration experience across various industries. OPTICKS can provide the most suitable customized optical inspection planning, and its professional team of AOI experts assists in the precise selection and painless upgrading of production line inspection equipment.

FAQ
Q1: Is the OPT SCAN 2400 suitable to replace existing TDI line scan technology?

A1: It depends on the application scenario. If your production line space is limited and you value mechanical installation flexibility and 1:1 true imaging (distortion-free), the OPT SCAN 2400 is an excellent alternative. Not only can it solve the problems of large installation space and long working distances associated with traditional line scan technology, but it also provides unprecedented lighting configuration flexibility at the 2400DPI specification.

Q2: Our production line speed is unstable, and we cannot install an Encoder. Will it really not misalign?

A2: Yes. The OPT SCAN 2400 is equipped with revolutionary correction technology specifically developed for encoder-less environments, which can automatically handle stitching issues caused by speed variations, ensuring that the AOI / Automated Optical Inspection system can still obtain flat, seamless images.

Q3: If we want to upgrade to AI defect inspection, does OPTICKS provide comprehensive system integration services?

A3: Yes. Taiwan OPTICKS Co., Ltd. is not only a supplier of high-end hardware and software components, but we also provide professional machine vision system integration and customized AOI solutions, offering one-stop integration services to realize true production line upgrades

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