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Machinery Industry
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Taiwan’s Machinery Industry – Current State and Development Potential
According to IEK Consulting, in 2018 Taiwan’s machinery industry had an export value of US$27.4 billion. The top three export markets – China, the United States and Japan – accounted for a combined output value of NT$1.18 trillion, an increase of about 7.3% and a continued record high. A number of factors, primarily the stabilization of global oil prices and exchange rates, a recovery of the major industrial economies of Europe at the end of 2016, as well as an industrial upgrade in China leading to an expansion in automation and demand for new equipment, have contributed to remarkable growth in the output values of two industries: high-tech equipment and metal-processing machine tools. While 2017 saw declines from 2016 in a few categories (namely, industrial machinery, other machinery, and metal molds), other secondary machinery industries in Taiwan, including high-tech equipment, metal-processing machine tools, mechanical transmission components, and fluid machinery, all showed increasing output values.
The Machine Tool Industry in Taiwan
Providing Global Equipment Users with the Best Solutions

Approximately 90% of Taiwan’s machine tool and component vendors can be found within a 60km radius in Greater Taichung. All aspects of the machine tool industry, from the manufacture of parts and components to the assembly of whole machine tools, takes place in close proximity here, making central Taiwan the world’s only industry cluster for machine tools and components. Because of the constant quality upgrades and price advantages this creates, Taiwanese components have become the DNA of machine tools in many countries around the world.

Upstream machine tool components include ball screws and linear slides. In particular, Taiwan has become the world’s second largest supplier of ball screws. Meanwhile, Hiwin Technologies Corp. and other companies adequately support Taiwan’s domestic market demand and mainly provide components such as spindles required in machine tool assembly.

Key Applications of Taiwan’s Smart Machinery Industry Cluster Industry Cluster
Taiwan’s Key Smart Machinery Industries with Global Influence
  • ● A major global manufacturing base for semiconductor components
  • ● The largest demand market for semiconductor equipment
  • ● A major global manufacturing base for panel displays
  • ● A major global producer of composite materials and frames for commercial machines
  • ● A major base of jet engine case manufacturing
  • ● The world’s 4th largest manufacturing country of luxury boats
New-generation smart machine tools incorporate machine tools, sensors, IoT, cloud platforms, big data, and data analysis. Each of these offers tremendous blue ocean business opportunities.
–Ren C. Luo, “father of Taiwanese robotics,” distinguished professor, National Taiwan University
Global Machinery Industry Trends - Machine Tools Grow by Leaps and Bounds
According to an April 2018 report by Taiwan’s Department of Statistics, machine tools are the principal export of the global machinery industry. And according to research by Gardner Publications, global purchases of industrial machines have remained steady at US$80-90 billion in recent years. In 2018, global spending on machine tools was about US$91.9 billion, an increase of 4.8% compared to 2017 and the largest increase since 2011. With the steady growth of the global economy, the manufacturing industry is receiving an influx of orders, and with the rise of smart manufacturing and Industry 4.0, the global machine tool industry is flourishing once again.
* Please see the booklet for relevant reference data.
Machinery Industry Video
Taiwan Excellence Recommends
HM4030L provides intelligent system and professional machining skills. HM4030L is developed for molds and parts that require a variety of surface machining, high surface roughness and high precision, which are mainly used in the aerospace industry, the automobile industry, 3C industry and the molds and parts processing industry. HM4030L contains core technologies to emphasize on the multiple AI applications, safe & easy operation and great benefit of energy saving. Essential components such as hardware and software of CNC controller with high intelligent functions and efficient linear motor, which are developed and produced by Ching-Hung. Equipped with the linear motors on XYZ axes for no friction, no backlash, no conversion loss, no vibration, high response. CHMER Exclusive M2M System-Multiple layers function to provide the instant information of single or multi-machine for user leading the high speed milling machine to an intelligent machine era.
Initial heating section configured with IR lamp to provide fast heating, optional UV at inlet conveyor instant curing thick ink layer (surface curing) to prevent ink layer from collapsing. Each heating zone, electronic auto monitor and regulating is used for temperature setting, controller setting smallest deviation value, maintain surrounding thermal effects. External heat exchanger & cooling section connecting, air treatment box integrated into cooling section, fast airflow reaches cooling effects. The quartz filter lens is mounted under UV reflection housing to reduce unwanted Infrared ray in radiation spectrum, UV radiation can penetrate without hindrance. Electronic lighting : with programming control infinite setting, enable to follow conveyor speed auto regulating constant output and emergency stop, stand-by, suspending, jamming etc. various system monitoring Provide cold water / cool air to reduce substrate surface temperature to assure safety stacking.
AST ATOM 6500C is used in the 4/6”wafer photoresist coating process. When compared with conventional wafer tracks, the ATOM 6500C is unique with the innovative design elements listed below: 1. It is equipped with ”Reduced Resist Coating” technique, which reduces the minimum PR volume down to 0.65 CC and saves the usage by up to 50%. 2. The brand new in-house handling robot is faster, cheaper, easier to maintain and more convenient to upgrade its performance. 3. In the standard production mode, it produces 30% more than competitors. 4. The robot is equipped with its unique 3rd fork dedicated for transferring wafers into the coating module so that no heat accumulation can impact wafer temperature and therefore further improves the coating uniformity. 5. It has one more cassette station than competitors which improves efficiency and productivity and further lowers the risk of material shortage of production. 6. In-house software allows AST to quickly provide customized services.
External Dimension: Though the current AGV is smaller, it can still operate efficiently, optimize the production rate, reduce the total cost, boost up company’s overall economy under ill conditions.(volume:570x416x200mm) Way to Freight: SYR-100 focuses on customizable loading system. Thus, it has shorter heights to reach convenience of custom-addition of material racks. Navigation: Using flexible magnetic bars only requires to imbed magnetic bars & RFID on the ground. AGV would read information from magnetic bars and follow instructions of RFID. It can not only avoid misleading problems of colored tape, but also much cheaper. Steering Control: We use rear-engine & differential for better control of AGV. maximum loading:100kgw. Obstacle Avoidance: Ultrasound wave as main way to avoid obstacle, bumper strips as auxiliary system
The internal sensing of the FC is designed as a heater sandwiched between two sensor wafers. The heater is powered and heated. The temperature at which no fluid flows through is symmetrically distributed around the heater. With the fluid flowing through the heater, the temperature becomes asymmetrical.This product uses this principle to measure the flow rate of the fluid. This product can be used in various fields such as gas flow management, flow confirmation, welding gas flow management, various leak inspections, purge gas flow monitoring and adsorption confirmation, and so on.By the monitoring of the flow meter LCD data display, customers can prevent the equipment from reducing its operating efficiency due to the consumption of gas, so as to achieve the effect of saving the energy of air pressure.
CVTR elector-pneumatic regulator has the functions of voltage, current and output, and can be used for precise linear control and linear data. In the automated operation process, personnel can simultaneouslycompare the current production status through the system so as to confirm which parameter is the best choice for highest yield and speed. Therefore, the parameter will be set as the best mode for production in the future to achieve the goal of smart manufacturing. Compared with the general regulator, this product has realized the continuous adjustment of pressure and flow rate when it is automatically operating, which can greatly reduce the air consumption to achieve the effect of saving the energy of air pressureand improve the energy efficiency.
In terms of the processing equipment or general assembly fixture equipment, the most commonly used traditional clamping cylinder type is a rotary clamp cylinder that synchronously moves downwardand then pressesduring a 90-degree rotation, and has a rotary down section and a down pressure section. In the two-stage operation, there is a large demand for the operation space, while the HGR Rotary Clamp Cylinderdirectly rotates 90° at the highest point during operation, and it directly performs the downward pressure stroke. Compared with the traditional rotary lower downward pressure cylinder that needs to move down synchronously in the rotation section, the product needs less space for rotating down, so it saves nearly 50% of space requirements.The rotating direction is divided into two directions: right turn (HGR) and left turn (HGL). Customers can select the device according to the actual clamping position.
INNGRIT's Zero-point Clamping System with exclusive patented floating mechanism is different from general mechanical principles. When the slider is pulled down tightly, the instantaneous floating mechanism will lock the slider upwards, so that the compensation center point can reach the positioning accuracy of 0.005 mm. It can automatically compensate the loss caused by the use of the module. The module's single pull-down force can be as strong as 2 ton, making it the strongest lateral force. Through the standardization of quick mold change, the speed of operations has become a natural thing to achieve the time-saving and high-efficiency Industry 4.0 standard. Designed not only to take into account the functionality, but also study and refine each profile and curve. In addition, our R&D team spent several months to find the alloy materials that have been optimized for wear resistance, high strength, and high hardness in order to withstand the challenges of daily operations on the production line. It will ensure that your Zero-point Clamping System can create value for you process all the time.
HIWIN abi integrates parts for motion to realize convenient/reliable/flexible usages. ● advanced actuation: Integration of motor/encoder/drive/controller/network ● brilliant balance: For better reliability+noise immunity ● infinite intelligence: Communication formats support widest possibilities 1. Innovation ● Hi-tech+Mfg. process enable a complete solution ● Assembly efficiency increase 84%/cable cost 76% down ● Energy efficiency 14% up by frequency control 2. Design ● All-in-one design shrinks space by 40% ● Hi-speed field bus communication module enhances signal noise immunity ● Simple lines through entity, with performance and texture being compatible 3. Application ● Wrapping housing providing safe assembly: the best choice for industries and services ● Assembly easiness+applicability for all install-directions: Plug&Play with one-button auto-function for debugging ● Graphical user interface, intuitive operation, easy to pick up for non-professionals
The Seadragon 8 axis under water sonar robot is a system of ROV which utilizes.interchangeable, modular components residing on a single, intelligent network. It provides a prolonged space for putting more extra equipment inside. This topology provides an extremely flexible and customizable platform which can be easily adapted to target specific missions.It is this flexibility which sets the Mission Specialist ROV series apart from current technology in the Remotely Operated Vehicle industry. SPECIFICATION ●Vison camera ‧HD tith Ethernet interface (IP) ‧60Hz:30fps | 50Hz:25fps ‧20x zoom lens | 6.0~96mm | 56?~3.6? HF.O.V ●Brushless Thruster Diameter: 96.5 mm (3.8”) ●Weight(w/o payload): 20 kg ( 44 lbs.) ●Maximum Rated Depth: 100 m (196’) ●Maximum Forward Speed: 7.2 Km/h ( 4 Knots) ●Cable lenth: 100m(196‘) ●Power Battery : 4S4P 9000mAh(18650)x2 ●Endurance: 6Hr ●Enviornment: Sea Water / Fresh Water ●Network Technology: 4G / Ethernet
In order to save equipment installation space, VKM blank type Vacuum Ejector is a expandable type vacuum ejector, whose single design is light and thin. When it is combined with a blank, it can save the space. It’s easy to install and wire.Two solenoid valves are installed on the vacuum ejector, and the occurrence and destruction of vacuum can be controlled remotely by using a power switch, and a two-stage vacuum ejector is used to increase the amount of vacuum intake and reduce air consumption to achieve energy-saving effect. Built-in vacuum pressure digital sensor comeswith LCD display data, the change of vacuum pressure can be observed intime, and digital and analog signals can be outputted. The unit of pressure can also be switched, and the filter can be quickly dismantled and replaced, and the flow of vacuum destruction can be adjusted. With the replaceable design of fitting, the size of different caliber of fittingcan be quicklychanged for different operational needs.
In order to save equipment installation space, VKM blank type Vacuum Ejector is a expandable type vacuum ejector, whose single design is light and thin. When it is combined with a blank, it can save the space. It’s easy to install and wire.Two solenoid valves are installed on the vacuum ejector, and the occurrence and destruction of vacuum can be controlled remotely by using a power switch, and a two-stage vacuum ejector is used to increase the amount of vacuum intake and reduce air consumption to achieve energy-saving effect. Built-in vacuum pressure digital sensor comeswith LCD display data, the change of vacuum pressure can be observed intime, and digital and analog signals can be outputted. The unit of pressure can also be switched, and the filter can be quickly dismantled and replaced, and the flow of vacuum destruction can be adjusted. With the replaceable design of fitting, the size of different caliber of fittingcan be quicklychanged for different operational needs.
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