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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
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.
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.
Machinery Industry Video
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Technology is changing with each passing day and progressing every day. With the increasing demand for 3C, aerospace, biomedical and mold markets, the characteristics of products are diversified, refined, customized and environmentally friendly. For more complex shapes and multi-curved parts, it takes a lot of process. Time and manpower. In order to enhance the value of the product and meet the increasingly complex processing needs, the UH-500 features streamlined processing. The advantages of one-time forming requirements for composite multi-curved workpieces are achieved by one-time clamping, and the precision of parts and the processing flow are improved for the processing parts with high complexity and multi-surface. This design increases the load capacity and is more functional. Mainly for the processing parts with high complexity and multi-curved surface, which reduces the process and time by 50% to improve production efficiency.
GA series has Direct Force design on the concept of X/Y axes linear guideway blocks keep staying in straight line. GA series is suitable for the precision mold cutting within small/medium stroke. AccuteX controller is 100% self-developed by core-technologies of R&D team. We can provide the best support in any modifications. AccuteX controller is based on Windows CE system. AccuteX machine is capable with industry 4.0 who has M2M protocol to collaborate with Robots and other machines. Flexible Real-time production can be made by Intelligent Manufacturing Integration System to meet full-automation demand. According to different wire diameters, corner angles, arc radius and thicknesses, AccuteX controller optimizes parameters for the best cutting efficiency with high accuracy. New generation of Lead-In/Lead-Out function is available for Tungsten Carbide. The wire mark is 2μm after 3 cuts by 40mm thickness which improving mold quality and saving second time polishing hours.
HIWIN DATORKER Robot Reducer developed to take advantage of the elastic dynamics of metal. The advantages are as follows:
1. Compact size and lightweight
With smaller and lighter design, HIWIN DATORKER Robot Reducer provides the same levels of torque and reduction ratios as traditional gear device.
2. High-speed reduction ratio
HIWIN DATORKER Robot Reducer provides reduction ratios of 1/50 to 1/120 at the same specification.
3. Minimum backlash
HIWIN DATORKER Robot Reducer is designed with developed by taking the elastic dynamics of metal and eliminated the backlash between the components.
4. High accuracy
Up to 30% of the teeth are engaged to meet high accuracy.
5. High torque capacity
Different from traditional power transmission devices, each tooth is subjected to a much less force providing a high torque capacity.
6. High efficiency
The engaging portion of each tooth is subjected to very little slide motion.
GM2540 five-axis high-speed gantry machining center focuses on the application market of aerospace processing. For the application of aluminum alloy structural parts, titanium alloy structural parts, engine casings and composite moulds. Provide customers with the industry's most complete aerospace processing solutions and customized solutions. As well as technical services with factory planning, special machine development, training, talent supply, turnkey solutions and smart manufacturing. GM2540 is high-end processing equipment for automatic clamping of angled milling heads, optimal design of double box geometry hot-forward structure and FEM finite element analysis. Reduce the load on the moving parts, energy consumption and greatly increase the efficiency of machine tools. It also has safety grating, tool management system and ceiling cover design to increase management efficiency, operator convenience and safety considerations.
The surface of copper alloy wire has naturally antimicrobial characteristics. AB65 copper alloy wire is made of hybrid yarn,which is the combination of polyester fiber and copper alloy fiber.It has high strength and anti-corrosion. AB65 copper alloy wire soaked in water can release copper ions, effectively inhibit parasites and pathogens, and prevent the growth and attachment of barnacles,algae, and shellfish. AB65 wire has highly strength properties to resist seawater corrosion, and to maintain its shape even under the Kuroshio Current. Interwoven with polyester fiber yarn, greatly reduce the weight of cage and slow down the corrosion of copper alloy surface.Hybrid yarn is easy to assemble ,so the fish farmers can effectively simplify the installation process, reduce the cost of purchase. Decrease of adhesion between algae and shellfish, maintain good water circulation and permeability, have higher dissolved oxygen values, and form a friendly aquaculture environment.
Pai Lung’s K series represents a remarkable new concept that draws on highly original thinking in design and clever new advances in engineering. It combines interior Pai Lung’s latest Knitel technology to a double jersey system in a redefined knitting head that's no longer than a interlock machine only.
The main gear transmission of dial and cylinder in the double jersey machine are the oil bathed lubrication. This design can deduce the running noise, energy loss, and part worn out, also provide higher operating RPM in production. The K frame design can separate the frame oil and waste needle oil effectively for easy maintenance. The housing grooving structure can afford long- term period of any heavy loading from the take up system.
By the combination of 4 tracks on dial and 6 tracks on cylinder, imitate the function of jacquard effect. Makes the back side more like 3D structure, also enhanced the air permeability. Will outstandingly increase the comfort of sportswear.
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
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
Rocker MF series “Magnetic Filter Holders” are designed with double-layer magnets to ensure the membrane is firmly placed between the funnel and support base. The user-friendly design allows one-handed operation and prevents possible twisting and tearing of the membrane. Patent detachable hose barb can connect the vacuum source directly and silicone pad” allows a direct connection to vacuum source and a flexible use with various kinds of vacuum flask and bottle without the limitation of using side-arm flask. Those 3 features actually meet users needs.<br />
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Moreover, the membrane guide helps user position the membrane quickly and accurately. And PES (Polyether sulfone) construction resistant to a wide range of solvents, sturdy and autoclavable.<br />
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MF series "Magnetic Filter Holder" is widely used by lots of laboratory in water and microbiology filtration field. Last but not least, “Magnetic Filter Holders” makes filtration easy!
This product uses mirror-polished special ceramic material for the Z-axis set point station probe, with small surface coefficient of friction, corrosion resistance and rust-resistant characteristics. Through the mechanical structural analysis, the measured contact force and the maximum force to achieve the action set by the miniature tool machining reference point are calculated, supplemented by the improved inner spring structure, the optimization of the reset device design, and the embedded header collision avoidance design and inlay precision technology. With precision technology, it can measure 0.1mm to 0.3mm micro-tools, measuring the stringent requirements of 0.1mm drill dial full scale (without breaking the drill's success rate> 95%).The vertical contact force of the drill can reach 1.5kgw, and the stress at the contact point can reach 1.9×109 kgw/m2. (According to the diameter of the drill tip 0.01mm, it can withstand contact stress 1.5kgw/[3.14×(5×10-6)2m2] = 1.9×109 kgw/m2).
FE’s production of the DSDB is first in Taiwan and we could use it to promote the transformer life and decrease operator’s dangerous, so we can use it to enhance the transformer reliability.
At present there are many different types of the transformer in Taiwan, but most of all the transformer wasn’t use it because it is very expensively, so this is why we develop the DSDB.
Because of the DSDB was produced in Taiwan, so we can offer a good customer service more than abroad one.
FE’s DSDB is according to the customer requirement and we really believe it will fit in (the customer requirement).
MVS Miniature Pick Up Cylinder adopts a structure similar to double guide to avoid the rotation of cylinder and increase the stability during movement. In addition, anabsorber is installed inside the cylinder so that the cylinder can more closely fit the workpiece and increase its stability when sucking the workpiece. Besides, there is a buffer that can help achieve the effect of protecting the workpiece.
The pipeline fittings of the cylinders adopt an independent method, which can avoid the damage of the gas pipes due to the operation. The most important thing is due to Its volume is thin and light, which can be used in most of the arrays and narrow operating conditions, so as to increase productivity and efficiency.
“The biggest challenge the shoe industry has is how do you create a robot that puts the lace into the shoe...<br />
That’s a complete manual process today. There is no technology for that.” said Kasper Rorsted, CEO of Adidas, when interviewed by Financial Times in April 2017. <br />
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Unbeknownst to Mr. Rorsted, the world’s first automated lacing machine has been developed and patented recently. Using 3D stereo vision to guide robot lacing through eyelets imprecisely punched by labors, Auto Lacer is capable of lacing at speed approaching that of factory worker. The algorithm also detects deviations in how shoes are placed onto the machine and adjust robot’s lacing path accordingly. <br />
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Several major shoe brands, both sports and casual shoes, are evaluating Smart Lacer as part of their efforts to automate shoe production processes. The machine also demonstrates that by deploying advanced vision technologies robots can carry out tasks previously considered only possible by humans.
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.
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
TECO builds it using our DNA, the core business and technology in electric and machinery. We try hard to let it shows beautiful appearance, nice moving, reach services, and other intimate functions. It aims to help the owners retain employees, increase customer sanctification, operational efficiency, and good revenue. We call this combination the excellent chemical effect of technology and human nature.
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.…
Industry 4.0 concept is adopted by the application of Clouds and Big Data, IoT and AI technology. Industrial automation line is advanced by connecting hardware with software i.e. real time data collection and maintenance resume. The concept is to administer the intelligent initiative on every aspect of product, equipment, service, management.
1.Operation management is realized by real-time monitoring for temperature, pressure, and currents.
2.IoT and Cloud service is integrated to feature repairing notice, warning reports, error messages, maintenance resume.
3. Monitoring the production line by instant repairing and remote parameters setup.
4. Real time and accurate report for production based on data capture tool and MES/ERP system connected with peripherals equipment..
5. Finding its root cause through analysis of big data, realizing precaution practice and high-efficiency of daily maintenance.
Industry 4.0 concept is adopted by the application of Clouds and Big Data, IoT and AI technology. Industrial automation line is advanced by connecting hardware with software i.e. real time data collection and maintenance resume. The concept is to administer the intelligent initiative on every aspect of product, equipment, service, management.
1.Operation management is realized by real-time monitoring for temperature, pressure, and currents.
2.IoT and Cloud service is integrated to feature repairing notice, warning reports, error messages, maintenance resume.
3. Monitoring the production line by instant repairing and remote parameters setup.
4. Real time and accurate report for production based on data capture tool and MES/ERP system connected with peripherals equipment..
5. Finding its root cause through analysis of big data, realizing precaution practice and high-efficiency of daily maintenance.
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