2026.09.29Intelligent Factory

Digital Content Generation for Immersive Interaction

Traditional 2D video conferencing cannot accurately present machine internal dynamics and process parameters, making remote troubleshooting time-consuming and increasing maintenance costs. Precision cutting anomaly detection relies heavily on expert experience, and workforce shortages make knowledge transfer and training difficult.Conventional monitoring systems based on static thresholds often generate false alarms and lack standardized data, creating challenges.

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2026.09.29Intelligent Factory

Tuned Mass Damper Vibration Suppression Technology

Machine tool vibrations during cutting process are classified into high and low frequency. High-frequency vibrations can be reduced by adjusting spindle speed, while low-frequency vibrations are caused by structural natural frequencies and often leave marks on workpiece surfaces that require manual polishing. This technology suppresses low-frequency vibrations using resistance generated by relative motion, providing a faster and more effective solution than traditional structural redesign methods.

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2026.09.29Intelligent Factory

VMX SMB Smart Machine Box

The diversity of equipment brands, inconsistent communication protocols, and limited data usability in legacy machines create challenges in both strategy and implementation during digital transformation. Traditional manual reporting is time-consuming and error-prone, leading to delayed production information. Managers are unable to monitor real-time utilization or accurately identify downtime causes, resulting in data silos that significantly hinder production efficiency and decision-making.

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2026.09.29Intelligent Factory

Volumetric Accuracy Inspection and Compensation Solution

Most Taiwanese exporters of five-axis machine tools operate primarily through OEM contracts with international clients. During machine assembly, only overall geometric accuracy can be evaluated, without the ability to identify or decompose key volumetric error sources and their underlying causes. The lack of critical core technologies has kept domestic manufacturers in a long-term OEM production model, limiting profit margins and restricting their ability to expand into higher-value international markets.

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2026.09.29Intelligent Factory

Five-axis Machine Tool Controller

Domestic five-axis machine tools require high-end controllers with simultaneous motion capability to process complex parts such as turbine blades. However, these controllers are dominated by international suppliers, leading to high costs, long lead times, strict controls, and high maintenance expenses. This limits the competitiveness of domestic machines, making local development of five-axis control systems essential to break the bottleneck.

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2026.09.29Intelligent Factory

High Precision Two-axis Milling Head

The core dual-axis head components of large domestic five-axis gantry machine tools have an annual demand of about 120 units, but most rely on imports with lead times of up to six months and unit prices as high as NT$4–5 million, resulting in high costs and difficult maintenance. However, domestically produced dual-axis head components still struggle to match the precision of international brands, limiting the profitability and differentiation of aerospace machining equipment.

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2026.09.29Intelligent Factory

Hydrostatic Rotary Table

Rolling bearing modules are prone to wear and fatigue failure, affecting machine accuracy and service life. Hydrostatic modules, however, are limited by a narrow speed range and small fixed tilt angles, and are mostly used in precision grinding machines. Currently, the machine tool industry still lacks key hydrostatic rotary table modules suitable for ultra-precision turn-mill-grind hybrid machining applications.

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2026.09.29Intelligent Factory

Acoustic-based Non-Destructive AI Inspection

Traditional methods for detecting internal defects in metal products, such as magnetic particle inspection, destructive testing, and manual microscopic inspection, are inefficient and rely heavily on operator experience. Late defect detection leads to increased rework and scrap, raising production costs and hindering carbon reduction and sustainability goals, ultimately affecting competitiveness.

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2026.09.29Intelligent Factory

Tool Wear Prediction and Alert Technology

Tool wear during metal machining is difficult for operators to detect or predict in real time, significantly affecting productivity and quality. This technology enables accurate tool life analysis, reducing unnecessary downtime from routine inspections and improving overall production efficiency.

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2026.09.29Intelligent Factory

Semiconductor Exhaust Treatment Equipment Early Warning

Semiconductor manufacturing generates large amounts of toxic byproducts (particles) that must be removed through exhaust treatment systems. However, viscous particulates can wear down or clog vacuum pumps, reducing vacuum levels and increasing the risk of wafer contamination. This early warning platform monitors and manages the exhaust system, effectively reducing equipment failures and safety risks.

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2026.09.29Intelligent Factory

Prognosis Monitoring System, PMS

Traditional manufacturing often faces interruptions in operations due to equipment inspection and maintenance cycles. These gaps can result in issues or shutdowns, requiring expert intervention and impacting production capacity. Moreover, inefficient maintenance scheduling can lead to higher costs. AI-based prognosis monitoring systems, learning from expert analysis techniques, streamline complex sensor data to provide intuitive equipment status information. This system acts as a 24-hour monitoring AI engineer, accurately predicting machine conditions, diagnosing anomalies, and offering immediate feedback.

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2026.09.29Intelligent Factory

Sandwich Composite Manufacturing Technology

Carbon fiber composites offer high specific strength and are key materials for structural light weighting. However, challenges remain in high-load and high-deformation applications. Pure carbon fiber composites are brittle and prone to fracture, while metal–carbon fiber hybrid composites involve complex processes and are susceptible to interfacial delamination under stress, affecting overall structural reliability.

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2026.09.29Intelligent Factory

Intelligent Production Line Automation

Labor shortages, limited capacity, and a declining workforce remain common challenges in traditional manual operations. To address these issues, we have developed intelligent automation equipment and production lines that reduce labor and energy costs, eliminate repetitive tasks, and enhance overall industry competitiveness.

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2026.09.29Intelligent Factory

Servo Stamping Optimization Technology

Adjusting motion profiles for servo presses is time-consuming, reliant on experience, and sensitive to ambient temperature, especially when forming hybrid materials. Our technology enhances simulation accuracy, reducing the need for repeated parameter adjustments and significantly improving production efficiency.

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2026.09.29Intelligent Factory

Non-Symmetrical 3D Composite Braiding System

In response to the demand for energy conservation and carbon reduction, components must maintain structural strength while reducing weight. Traditional composite braiding and stacking methods require customized molds and depend on manual lamination for forming, which is particularly challenging for tubular structures and irregular shapes, material utilization rate achieves only 60% - 70%. This technology introduces a 160-spindle radial composite braiding device that tightly fits outer fibers to core surfaces via weaving and axial expansion; dual-arm propulsion aids in swiftly producing complex three-dimensional parts, thereby improving material utilization.

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