Overview
Hardware & Software
In-house technology
development
We develop hardware, firmware, AI vision, and
optical technologies in-house, enabling high precision
inspection and fast customer-specific customization.
Full-stack in-house development translates directly
into competitive benefits for our customers.
· AI Deep Learning
· AVS (Anti-Vibration Solution)
· 2D/3D Inspection Software
· Image Test Algorithm
· Active Align Algorithm
∙ SFR / EIAJ Focusing Algorithm
∙ Vision Recognition & Inspection Algorithm
∙ USB3.0 & Pcle x4 / x16 Image Grabbing Logic
∙ High Accuracy Open/Short/Leakage Signal Test
∙ Gigabit Ethernet Camera
∙ LED Light Source & UV Curing System
∙ VCSEL CNT 4ch.(SMU+DMM) & TEC
∙ Feedback Linear / Step Motor & Robot
∙ High Speed, Load, Durability Gonio Stage
∙ High precision, Reliability of result Laser Auto Collimator
∙ Space efficiency, Compact light source for vision system
Why In-House
Makes the Difference
From design to delivery, every component software and hardware alike is developed by a single integrated team,
ensuring seamless compatibility, faster response, and uncompromised quality at every stage.
In-house hardware development covers PCB design, sensor integration, power architecture and mechanical structures,
enabling tighter control over cost, reliability and system performance.
AI inspection, equipment control and MES communication are developed as one software platform, allowing fast adaptation to new products and process conditions.
Because core technologies are internalized, prototype validation, field feedback and mass-production changes
can be handled quickly without waiting on external vendors.
Where our automation
technology is applied
We provide an inspection solution that integrates complex shape inspection, precision measurement
of height, step, and dimensions, and multi-angle scan quality inspection, all performed on a single platform, based on 3D laser measurement data.
Rule-based inspection alone has limitations in reliably detecting all defect types. HyVISION learns and evaluates inspection criteria through AI deep learning, delivering the most stable inspection strategy by combining rule-based inspection with AI in a hybrid approach.
From initial hardware design to final development, every stage
is handled entirely by HyVISION's in-house engineering team.
Circuit design, PCB layout, mechanical structure, and sensor integration are all developed and verified internally. This
end-to-end ownership ensures seamless compatibility between hardware components and delivers consistent precision across
all inspection and automation systems.
Input Shaping technology reduces robot structural vibrations by over 90%, delivering precision and system stability. Vibration suppression extends product lifespan while maximizing production efficiency. Vibration measurement, tuning, and motion profile configuration are all managed within a single integrated
software platform, no separate coding required.
