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Machinery Industry
An Overview of
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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
Mylar peeler is a mechanical replacement for the PCB industry to manually separate Mylar from the substrate to improve the performance of the production line, reduce human negligence and other errors, but also complete the automatic production process of the photolithography process. The focus of this equipment is on Mylar separation of substrates, including blown separation film, film welding and winding, film checking and intelligent detection to ensure film separation quality and energy-saving production. Mylar peeler not only meets customer production requirements, but also reduces production costs. It is also the necessary equipment to achieve fully automated production. In response to the rapid development of smart manufacturing, precise control of production processes, and clear collection and management of production line data, comprehensive automated production must be completed as soon as possible.
The latest Sun Firm CST-46160 is a horizontal CNC precision lathe offering high flexibility and processing efficiency. Our specially designed spindle accommodates up to two sets of mandrels at the front and back, which is perfect for processing long tubes or bars. The turret is designed to fit the rigid platform-type rail structure, providing the best balance between high cutting resistance and processing efficiency. The design of the body structure is complete and the interface is taken into account in advance. It can support the robot arm, the automatic power system as well as the power turret and lead to a more efficient treatment, bringing us win-win benefits. CST-46160 is a very efficient machine that can meet all kind of requirements for multi-task and complex machining, shorten processing time and reduce part clamping errors. It can be installed with FANUC, SIEMENS, FAGOR control devices, satisfying customer's needs and becoming more user-friendly.
Compared to other technologies, FBR-Fenton is a high efficiency and lower operation cost technology. The by-product is crystal instead of sludge could reduce the cost of sludge treatment and could be recycled and recovered as magnet production or adsorption materials of phosphate and arsenic removal. It’s a friendly technology to our environment. To achieve a stable condition of crystal producing, the construction and the components are unique designs. And the reactor is made of SUS316L to resist the erosion from wastewater. The operation of system is developed from manual operation to automatic operation with PLC design with the quality of wastewater, operation parameters, dosing system., etc. The design of software and hardware of FBR-Fenton is complicated and hard to copy and produced. FBR-Fenton technology will be more competitive when the regulation of discharge becomes stricter.
一.Excellent design 1.Excellent extraction function 2.Easy operation: remove and position 3. Easy to adjust:capture the source of pollution 4.Easy to set and fixed with a plug, after operations . 5.Various fixed types: wall and ceiling mounted. 二.Special function and valve (一)In general. 1.The rotating structure of the other arms are just used hinge.It will made the exhause tube twisted ,while rotating the arm. 2.When the other extraction arm is pulled down,it must be positioned with anther fixed stick.At work,it is not easy to operate.After operations,it is difficult to set and fixed. (二)The special unit 1.Base connection tube with rotation ring,so that it is easy to rotate the extraction arm without any trouble.It is simple and easy to operate the extraction arm. 2.About the arm,there is a plug in the positioning joint.When the arm is pulled down,it can be positioned and fixed easily without any other fixed device.After work,this unit is easy to set and fixed with another plug.
Is an revolutionary innovation that highly SAVEs energy and PROTECTs environment. Suits any kind of fabric. The machine is a result of more than 18 years research and development. <br /> 1.First and only one in the world. Many famous internationalbrand assigned their OEM factories to use this machine.<br /> 2.Extreme Low Uni- Liquor Ratio:1:2.5~3.5. Saving energy, reducing carbon, achieves green economy.<br /> 3.Improve enterprise image.<br /> 4.Reduce producing cost more than 65~75%, a 300kg machine can save producing cost at least USD125,000 for the Cotton with spandex knitted fabrics.<br /> 5.Saves water, steam, energy, chemical consumes and effluent more than 65~75% and minimize carbon emissions 200,000 kg for a 300kg machine/year than traditional dyeing machines. <br /> 6.Shorten dyeing time<br /> 7.Automatic control system:help achieving industry 4.0.<br /> 8.Improve working place environment<br /> 9.Widen applications range than traditional dyeing machine <br /> 10.Open new areas of academic/industry research.
Chroma 17040 Regenerative Battery Pack Test System is a high precision, efficiency and safety charge/discharge system designed specifically for secondary battery module and pack tests. It has an energy regenerative function to provide clean and stable power back to grid with 90% efficiency to save energy and avoid heat consumption. 17040 have a dual mode switching function that can also switch to battery simulation mode to simulate the characteristics of a real battery for testing motor controller or charger. Key Features: - Power range: 60kW~ 300kW - Maximum voltage/ Output Current: 1000v/ 750A - Current/voltage measurement accuracy <0.05%FS - Equipped with multiple voltage and current scales for auto ranging function - Provide full power or current output between high voltage range (700-1000V) for high-power battery systems - 2msec current slew rate (-90% ~ 90%), for stricter battery charge and discharge tests - Uses MOSFET made from SiC material to enhance product endurance
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.
1. Up to 61½ digits resolution, high precision measurement,10KSPS sampling rate,fast data acquisition<br /> 2. TFT LCD can display numerical readings,long-term trends,measurement histograms and statistical information,help engineers to view measurement data in a simple and unparalleled way, so that they can get useful information faster and record easily.<br /> 3. Wide current measurement range from 100 μA to 10 A<br /> 4. Dual measurement function, allowing two different measured parameters to be displayed simultaneously, making testing and analysis easy<br /> 5. Front and rear panel measurement input terminal for easy ATE system construction, and the terminal socket is integrated terminal blocks that comply with the latest safety regulations<br /> 6. Intuitive operation mode, shuttle adjustment control, easy to get started<br /> 7. Support multi-language (Traditional, Jane, Japanese, Korean, Chinese, Russian)<br /> 8. Complete communication interface: RS-232C, USB device, LAN, optional GPIB, easy to transfer data to PC
The innovalue of China Motor Corporation GreenTrans Mobile Robot Series are:<br /> 1. We develop our own autonomous guiding system which has high positioning accuracy and can avoid obstacles in time.<br /> 2. We develop our own fleet management system which is very easy to set up and to use.<br /> 3. Unique design of putting camera beside the gripper of the cobot, minimizing the time of positioning and maximizing the efficiency.<br /> 4. We use inductive charging, allowing our product to charge and operate simultaneously, makes the unmanned factory tangible.<br /> 5. Complied to the SEMI S2 and clean room class 100 standards.<br /> 6. Omni-direction drive type is available, enhancing efficiency, diminishing operating space, and optimizing the return of investment.<br /> CMC masters R&D, manufacturing and other technologies, allowing us to customize according to the needs of individual clients or industries, and to adjust specifications. All these abilities create the uniqueness of CMC GT Mobile Robot Series.
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
1.Machine model developed in all new concept “full servo direct-drive with data-control” complying with “Industry 4.0”. 2.Basing on the German SPS [fully automated,high-speed accuracy] mechanic-engineering tech. and the mature industry markets habitualized by it,now imported by ATMA with modern tech. to redesign it with functions matter quality all data-controlled ,memorized/recalled /reproduced,for easier quality control ,skipping the reliance on skillful or high-level labor.Also to cut down massive mechanical links resulting to simplified mechanism thus faster manufacturing and assemblies,upgrades value also controls costs. 3.Supply to high-end customers demanding uniform control on global product quality apply by using this model to produce their high level/quality products,such as top-brand automotive dashboards,large global sport garments,government/bank security cards,fine art porcelain wares, luxury goods packing,flexible circuits/health & security protection sensors,etc.…
1.Machine model developed in all new concept “full servo direct-drive with data-control” complying with “Industry 4.0”. 2.Basing on the German SPS [fully automated,high-speed accuracy] mechanic-engineering tech. and the mature industry markets habitualized by it,now imported by ATMA with modern tech. to redesign it with functions matter quality all data-controlled ,memorized/recalled /reproduced,for easier quality control ,skipping the reliance on skillful or high-level labor.Also to cut down massive mechanical links resulting to simplified mechanism thus faster manufacturing and assemblies,upgrades value also controls costs. 3.Supply to high-end customers demanding uniform control on global product quality apply by using this model to produce their high level/quality products,such as top-brand automotive dashboards,large global sport garments,government/bank security cards,fine art porcelain wares, luxury goods packing,flexible circuits/health & security protection sensors,etc.…
1.Servo-driven mechanisms collaborate with material guiding system. Tension control is also driven by servo-system. 2.Equipped CCD or sensor alignment collaborating with servo-driven frame holder for high precision printing. 3.Printing head equips pressure equalizing system for printing and flood coating. Different to traditional material of electrical component, electrical component made from flexible base material mostly relies on new developments, so choosing suitable process and equipment are major concerns. Flexible base material is the key to make a product thin and light, which is trend of most electronic productions. By technology break in roll to roll process, this model is designed and integrated years experience in screen printing. Fruitful revenue is expected through existing sales channel in more than 40 countries.
1.Servo-driven mechanisms collaborate with material guiding system. Tension control is also driven by servo-system. 2.Equipped CCD or sensor alignment collaborating with servo-driven frame holder for high precision printing. 3.Printing head equips pressure equalizing system for printing and flood coating. Different to traditional material of electrical component, electrical component made from flexible base material mostly relies on new developments, so choosing suitable process and equipment are major concerns. Flexible base material is the key to make a product thin and light, which is trend of most electronic productions. By technology break in roll to roll process, this model is designed and integrated years experience in screen printing. Fruitful revenue is expected through existing sales channel in more than 40 countries.
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