2026 Taiwan Automation Intelligence and Robot Show × Taipei Int’l Automation Industry Show
Smart Manufacturing Drives Industrial Transformation — Yong Yi Technology Strengthens Its Role as a Core Precision CNC Manufacturing Partner
In 2026, Taiwan’s smart manufacturing industry once again welcomes two major international platforms for technological exchange and industrial collaboration: the 2026 Taiwan Automation Intelligence and Robot Show (TAIROS) and the 2026 Taipei Int’l Automation Industry Show (Automation Taipei).
The exhibitions will be held from August 19 to August 22, 2026, at Taipei Nangang Exhibition Center, Halls 1 and 2, focusing on smart manufacturing, industrial automation, robotics, artificial intelligence, key components, industrial software, smart services, and related technologies.
These exhibitions are not merely showcases for robots and automation equipment. They also demonstrate how Taiwan’s manufacturing sector is evolving from traditional equipment automation toward an integrated smart manufacturing ecosystem built around:
AI × Robotics × CNC × IoT × Smart Manufacturing
The exhibitions cover a broad range of technologies and applications, including industrial automation, industrial computers, SCADA, MES, sensors, drives, PLCs, machine vision, AI, industrial robots, automated guided systems, key components, Industrial IoT, factory management software, machine tools, and precision measurement.
1. From “Automation” to “Smart Manufacturing”
In the past, manufacturing automation primarily focused on:
Robotic Arm → Automatic Feeding → CNC Machining → Automated Inspection → Production Line
In 2026, however, the smart manufacturing trend is moving toward:
AI → Data → Intelligent Decision-Making → Robotics → Precision Machining → Quality Inspection → Production Traceability
This means that robots are no longer the entire story of smart manufacturing.
The real foundation of a stable and efficient smart manufacturing system still depends on:
- High-precision CNC machining
- Precision mechanical components
- Automation equipment components
- Robotic structural components
- Precision fixtures and jigs
- Precision shafts and mechanical parts
- Sensors and mechanical components
- Semiconductor equipment components
- Precision measurement and quality control
- MES / ERP / factory data integration
Therefore, precision CNC machining is one of the most important manufacturing foundations of the smart manufacturing ecosystem.
2. Six Major Smart Manufacturing Exhibition Categories
The exhibition can be viewed from six major perspectives to understand the future development of Taiwan’s manufacturing industry.
1. Smart Manufacturing
Key technologies and applications include:
- Smart Factory
- Industry 4.0
- MES
- IIoT
- Digital Factory
- Production Data Management
- Process Monitoring
- AI Quality Analysis
- Smart Inspection
- Digital Transformation
Smart manufacturing, IoT, intelligent system software, total factory automation, and Productivity 4.0 solutions are among the important areas highlighted by the exhibitions.
2. Manufacturing Equipment
The exhibition covers a wide range of manufacturing technologies, including:
- CNC machining equipment
- Automated machining systems
- Industrial robots
- Robotic arms
- Automatic feeding systems
- Automated material handling equipment
- Assembly equipment
- Inspection equipment
- Laser processing equipment
- 3D printing and additive manufacturing
These technologies are helping manufacturers improve production efficiency, process stability, flexibility, and overall manufacturing productivity.
3. Key Components
Even the most advanced smart manufacturing equipment depends on high-quality mechanical components.
Examples include:
Precision shafts, gears, fixtures, linear stages, mechanical structures, robotic components, connectors, brackets, module components, and precision metal parts.
Therefore, precision CNC machining companies play an essential role as a fundamental manufacturing supplier within the smart manufacturing supply chain.
4. Artificial Intelligence
AI is increasingly moving beyond software-based data analysis and entering actual manufacturing environments.
The development can be summarized as:
AI Vision → AI Inspection → Predictive AI → AI Process Optimization → AI Robot Control
AI, machine vision, and key components are becoming important technologies in modern robotic and smart manufacturing applications.
5. Smart Services
Smart manufacturing also includes:
- Digital factory management
- Cloud platforms
- Industrial IT
- Industrial IoT
- Big Data
- Smart monitoring
- Digital twins
- MES / ERP
- AI data analytics
These technologies enable manufacturers to integrate production data, equipment information, quality control, and business management into a more connected manufacturing ecosystem.
6. Service Robots
In addition to traditional industrial robots, robotics applications are expanding into:
- Medical robots
- Educational robots
- Caregiving and companion robots
- Security robots
- Autonomous vehicles
- Specialized robots
This demonstrates that robotics is expanding from industrial production into healthcare, services, logistics, education, and other application fields.
3. Yong Yi Technology: The Precision Manufacturing Force Behind Smart Manufacturing
As AI, robotics, and automation equipment continue to advance, Yong Yi Technology Co., Ltd. is not positioned as an end-product robot manufacturer. Instead, the company provides the precision CNC components and customized machining services required by smart manufacturing equipment and industrial systems.
This represents Yong Yi Technology’s core position within the CNC manufacturing industry:
Built on precision CNC machining expertise, Yong Yi Technology serves as a manufacturing partner for automation equipment, robotics, semiconductor equipment, medical devices, optical instruments, and precision machinery industries.
In simple terms:
Robots are responsible for “movement.”
AI is responsible for “intelligence and decision-making.”
Sensors are responsible for “perception.”
Precision CNC components are responsible for enabling mechanical systems to operate accurately and reliably.
4. Yong Yi Technology’s Core CNC Expertise
Yong Yi Technology focuses on CNC Precision Machining, providing customized precision component manufacturing services.
Its key capabilities include:
CNC Milling
Precision CNC milling for complex mechanical components and customized parts.
CNC Turning
Precision CNC turning for shafts, cylindrical components, and high-accuracy turned parts.
3-Axis / 4-Axis / 5-Axis Machining
Advanced 3-axis, 4-axis, and 5-axis machining capabilities for complex geometries and high-precision components.
Micro Precision Machining
Precision machining for miniature components and micro-scale mechanical parts.
Precision Fixtures
Customized precision fixtures and jigs for automation, inspection, semiconductor equipment, and manufacturing applications.
Automation Components
Precision components for automated production equipment and smart manufacturing systems.
Semiconductor Components
Precision-machined components for semiconductor manufacturing equipment.
Custom OEM / ODM
Customized OEM / ODM manufacturing services based on customer drawings, specifications, and application requirements.
Through CNC machining centers, multi-axis machining technology, and precision measurement, Yong Yi Technology transforms customers’ CAD drawings and 3D models into high-precision mechanical components.
5. Integrated Manufacturing from Materials to Finished Components
Yong Yi Technology’s advantage is not limited to CNC machining itself. The company also provides manufacturing capabilities for a wide range of engineering materials and post-processing requirements.
Aluminum Alloys
AL6061, AL6063, AL6082, AL7075, AL5052, AL5083, MIC-6, and more.
Stainless Steels
SUS303, SUS304, SUS316, SUS420, SUS440, and other stainless steel grades.
Engineering Plastics
POM, PEEK, PETP, PPS, PC, PTFE, PMMA, and other high-performance engineering plastics.
Special Materials
Silicon Carbide (SiC), ceramics, quartz, graphite, tungsten carbide, and other advanced materials.
These materials can be combined with various finishing and secondary processes, including:
Anodizing → Plating → Polishing → Electropolishing (EP) → Sandblasting → PVD Coating → Surface Treatment → Assembly
This enables Yong Yi Technology to provide a more comprehensive precision manufacturing solution.
6. The Connection Between Yong Yi Technology and Smart Automation
The smart manufacturing supply chain can be understood through the following structure:
AI
↓
Intelligent Decision-Making
Robotics
↓
Automated Execution
Automation Equipment
↓
Automated Manufacturing Processes
CNC Precision Components
↓
Precision Mechanical Structures and Core Components
Materials + Surface Treatment
↓
Product Performance and Reliability
Inspection / Measurement
↓
Quality Assurance
Within this ecosystem, Yong Yi Technology serves as:
A precision component manufacturing supplier for smart manufacturing and automation equipment.
This is also why CNC machining remains highly relevant in the age of AI. Intelligent systems still require physical components manufactured to precise engineering specifications.
7. Industries Served by Yong Yi Technology
Semiconductor Equipment
Potential applications include:
- Wafer Handling
- Wafer Carriers
- Vacuum Components
- Chamber Components
- Chuck Bases
- Gas Distribution Components
- Semiconductor Equipment Parts
Semiconductor equipment requires strict control over dimensional accuracy, cleanliness, material characteristics, surface conditions, and manufacturing consistency. Precision CNC machining therefore plays a critical role in semiconductor equipment manufacturing.
Automation Equipment
Applications include:
- Automated mechanical components
- Robot End Effectors
- Precision fixtures
- Clamping fixtures
- Precision brackets
- Transmission components
- Robotic arm components
- Automatic feeding mechanisms
These components form the mechanical foundation of automated production systems.
Robotics Industry
In addition to control systems and AI software, robots require a large number of precision mechanical components.
Examples include:
Robot Joint → Gear Housing → Bracket → Shaft → Fixture → End Effector
All of these components are closely related to precision CNC machining.
Medical and Precision Equipment
Applications include:
- Precision PEEK components
- Medical device components
- Precision fixtures
- Micro components
- Biomedical equipment components
High-performance engineering plastics such as PEEK are particularly valuable in applications requiring chemical resistance, thermal performance, dimensional stability, and specialized engineering properties.
Optical and Precision Instruments
High-precision equipment often requires strict control over:
Dimensional Accuracy, Concentricity, Flatness, Perpendicularity, and Surface Roughness
As a result, precision CNC machining remains an essential manufacturing foundation for optical and precision instrumentation.
8. Yong Yi Technology’s Role in the CNC Industry
If Yong Yi Technology were to be summarized in one sentence, the following positioning would be highly appropriate:
“Precision CNC manufacturing is an indispensable foundation behind the smart automation industry.”
Yong Yi Technology does not simply focus on producing individual machined parts. The company aims to become a Precision Manufacturing Partner throughout the customer’s product development and production process.
The manufacturing workflow can include:
Customer Engineering Drawings
↓
Material Selection
↓
CNC Process Planning
↓
3-Axis / 4-Axis / 5-Axis Precision Machining
↓
Dimensional Inspection
↓
Surface Treatment
↓
Assembly
↓
Quality Verification
↓
Delivery
This integrated approach helps customers reduce manufacturing complexity and establish a more efficient supply chain.
9. What the 2026 Exhibition Means for the CNC Industry
One of the most important signals from the 2026 smart automation exhibitions is that AI and robotics are moving from technology demonstrations toward practical factory applications.
New product and technology presentations, industry-academia collaboration, robotics competitions, international forums, and global business matchmaking activities demonstrate that industrial exhibitions are evolving beyond equipment displays toward technology exchange, talent development, supply-chain collaboration, and international business opportunities.
This creates significant opportunities for CNC manufacturers.
In the future, the competitiveness of a CNC manufacturer will not simply depend on:
“Is the price competitive?”
Instead, customers will increasingly ask:
“Is the precision reliable?”
“Is the delivery schedule stable?”
“Does the manufacturer understand different materials?”
“Can it handle complex components?”
“Can it support automation equipment?”
“Can it provide comprehensive secondary processes?”
“Can it become a long-term supply-chain partner?”
These capabilities will increasingly define the competitiveness of precision manufacturing companies.
10. Yong Yi Technology’s Market Positioning
Yong Yi Technology can position its brand as:
YONG YI TECHNOLOGY
Precision CNC Machining Partner
Precision CNC Machining
Precision CNC Machining Services
Micro Precision Components
Micro-Scale Precision Components
5-Axis Machining
Advanced 5-Axis Precision Machining
Automation Components
Precision Components for Automation Equipment
Semiconductor Components
Precision Components for Semiconductor Equipment
Engineering Plastics Machining
Precision Machining of Engineering Plastics
Special Materials Machining
Precision Machining of Advanced and Special Materials
Surface Treatment & Assembly
Integrated Surface Treatment and Assembly Services
Conclusion | AI Is Transforming Manufacturing, While Precision CNC Makes Smart Manufacturing Possible
The 2026 Taiwan Automation Intelligence and Robot Show and Taipei Int’l Automation Industry Show demonstrate far more than robots, AI, and automation equipment. They represent a new stage in Taiwan’s manufacturing transformation:
From automation to intelligence, from standalone machines to integrated systems, and from conventional machining to digitally enabled precision manufacturing.
Throughout this transformation, precision CNC machining remains an indispensable foundation of smart manufacturing.
For Yong Yi Technology, the future role extends beyond being simply a “CNC machining company.”
The company aims to connect:
CNC × Robotics × AI × Semiconductor × Automation × Smart Manufacturing
and provide customers with high-precision, reliable, and customized manufacturing solutions for critical components.
As AI makes machines smarter and robotics makes factories more automated, Yong Yi Technology provides the precision CNC manufacturing expertise that enables every mechanical structure to achieve the accuracy and reliability required by modern industry.
This is the professional role Yong Yi Technology strives to establish within the next generation of the CNC manufacturing and smart manufacturing supply chain.