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SOLUTION OVERVIEW

KAP

Koh Young Auto Programming

One-Touch AI Programming,

Up to 90% Faster

KAP solves the challenges of inspection programming

KAP is an AI-powered automatic programming solution built on Koh Young’s proprietary True 3D

measurement data. It delivers stable programming performance across different board environments

and operator skill levels. By automatically generating inspection programs without complex manual work,

KAP dramatically reduces programming time. The more it is used, the faster and

more stable programming becomes.

KAP solves the challenges of inspection programming

Based on Koh Young’s True 3D measurement data, KAP is an AI-powered automatic programming solution

that remains consistent regardless of board variations or operator skill levels. It automatically generates

inspection programs without complex manual work, significantly reducing programming time while

continuously delivering a faster and more stable programming environment.

KEY FEATURES

4 Key Features of the KAP

1

AI-Powered Programming That Accelerates Setup

By automating complex manual work and repetitive configuration tasks, KAP reduces inspection program creation time by up to 90%. From package registration and presetting to inspection condition setup, every step is automated to enable faster, more efficient program creation and operation.

Up to 90% reduction in programming time

*Customer Application Cases (Results may vary depending on environment)

2

Stable Programming Across

Changing Conditions

Powered by Koh Young’s proprietary True 3D inspection technology, KAP minimizes the impact of environmental variables such as board color, surface condition, and lighting differences. This enables stable programming and consistent measurement performance, even as production conditions change.

Standard inspection accuracy: 94%
Odd-form inspection accuracy: >75%

*Customer Application Cases (Results may vary depending on environment)

3

Consistent Quality, No Matter Who Operates

AI-driven self-learning and auto-programming reduce manual setup and human error. As a result, operator skill gaps are minimized, helping teams achieve consistent quality and reliable programming results across users.

4

Reusable AI Assets that

Continualy Improve

By converting package registrations, presets, and inspection environment settings into reusable libraries, KAP reduces repetitive work and improves operational efficiency. These accumulated libraries evolve into customized AI assets based on verified conditions and operational know-how. The more they are reused, the more they help reduce labor and time burden, creating a stronger path toward lower total cost of ownership.