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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
Taiwan Excellence Recommends
HD886L-High Speed Milling Compound Machine satisfies high accuracy and fine surface requirements of molds and parts machining in aerospace and car industries. HD886L is the first-released in Taiwan that integrates milling and discharging processes on same machine. Adoption of stand column movement structure, linear motor drive, double milling and discharge axes makes two different kinds of operation possible at same machine. This also reduces time in moving and calibrating large molds and parts and thus increases product accuracy.
HD886L-Features
1.Compound Processing Improves Performance：
2.Double Balanced Linear Motor Drive
3.Integrated Cooling System
4.Automatic Double Front Door + Tool Magazine System
5.Multiple Intelligent Equipment
Energy-saving is the trend of the automation industry. We design ERVL vacuum energy-saving large-capacity precision pressure regulator valve with new internal loop. The vacuum pressure on the suction side can reach the precise e range.
Suction hole is designed to normally close. No need to continuously draw in the air from the outside to balance, it can reach the goal of no air intake consumption. Therefore, the research and development purpose of saving vacuum source energy can be achieved. Also, it can reduce the cost because the capacity increasing to triple.The energy-saving design of this product can completely replace the traditional vacuum decompression technology. The precision pressure regulation system can use the circuit control to replaces the normally open suction hole in vacuum mode.
This new technology can maintain the high precision vacuum. The pressure balance reduces the air pressure to saving the air pressure energy.
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.
AXILE G8 is produced to meet various industries needs such as the die & mold, aerospace, automotive and medical industries, its design is based on gantry construction giving the most powerful structure to achieve the best working conditions when machining the complex work pieces.
AXILE G8 is carrying out various tests and data collection to further application research and development. To be able to manufacture smart machines which meet the Industry 4.0 requirements, Buffalo Machinery has developed a series of AXILE Reliability Technology (ART) applications which monitoring the key components and data collection, the real-time machine status monitoring and data analysis can be used as for the purposes of machine components lifetime estimation, production process monitoring and management.
G8 machine can be integrated into the smart factory system to ensure the 24/7 automatic operation without unexpected downtime.
Preen’s ADG series is a programmable DC power supply with high power density and high output power, offering great response time, high accuracy and many output voltage and current combinations. Designed for the increasing demand of high power DC, ADG is ideal solution for EV motor/compressor, renewable energy, server power supply, fuse/circuit breaker, and PV inverter applications or can be used as a facility power or chamber power.
With output power up to 100kW per unit, the ADG series offers output voltage up to 2000V and output current up to 2500A. Users can select standard RS-485 interface or optional RS-232 and GPIB. The STEP and GRADUAL modes allow easy setup on test sequence and depending on CV/CC settings and load conditions, ADG series can operate as a current or voltage source. Its remote sensing feature can effectively reduce voltage drop caused by cable length and provides more flexibility on installation.
DEI-868i IoT Big data cold room control system, the only self-developed and manufactured Taiwan products with temp. and humidity control, door alarm, and with IoT and mobile device APP.
With the IoT as the main structure, Wi-Fi and internet connection, with the most advanced cloud technology, multiple sensors located, the controller can instantly understand the compressor operation condition, analyze the system's return value. Before the refrigerant system starts to have an abnormality, the user can be reminded via APP and the service company is notified,too.
Through the online APP management function, countless cold rooms can be connected in series, and the service company can understand the users cold room working condition at any time to provide passive services.
Through Wi-Fi connection mobile device APP, and then to the future Industrial 4.0 big data analysis, providing clients with an innovative service of instant monitoring, instant abnormal alarm and warning in advance.
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
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).
*Industry leading 160 lm/W luminaire efficacy
*Low glare, high uniformity second optics available to meet CIE140/EN 13201-3-2015/BS 5489 P, C class requirements and G3 above glare rating for all kinds of roadways
*Luminaire ENEC Safety mark certified by TUV-SUD laboratory
*Easy grab by single hand
*5 secs tool-free quick access
*3.5kg light weight
*Passed the max. IK10 impact resistant rating, and IP66 waterproof tests. Provide the best outdoor reliability and durability
*Build in Sensor Ready technology LED driver with the ability for all kinds of IoT devices and Smart City applications
*Finless and elegant design to have the minimized aerodynamic resistance and optimized heat dissapation
*Products are compliant with RoHS, REACH directives
*98.4% WEEE recycling rate design for earth environmental sustainability
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.
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.
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 TM12, the world’s intelligent collaborative robot featuring built-in visual recognition from Techman Robot perfectly integrates hands, eyes and brains into one system, which impressively improve the easiness of using industrial robots and remarkably reduce the cost and deployment time.
Smart: With our powerful built-in vision system, TM12 can see, think and work unitedly and smartly like human. Combing the smart vision system and hand-guiding functions, everyone even those without robotic programing experience, can achieve a visual pick & place task within 5 minutes.
Simple: Users can use hand-guiding function to teach robot every pose and point in the task. All-graphic flow chart based HMI allows people to use robots as simple as smart phones.
Safe: TM12 complies with the ISO 10218 human-robot safety requirement and the robots can operate without safety fences in co-operation with machine operatives.
“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 />
<br />
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 />
<br />
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.
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.
Excellent drive with powerful control ability, which is fifth generation of TECO control algorithm, including induction motor and high performance permanent magnet motor.
Remote monitoring, reporting, control and alarm operation of the inverter's operating conditions.
Higher reliability and environment immunity with coated PCB.
Built-in temperature control feedback card for the application of temperature monitoring in cooling towers.
Built-in RS485 communication for one to one and one to many control.
Built-in display and keypad including speed adjustment potentiometer.
Auto carrier frequency change to limit inverter over temperature.
Built-in Two PID feedback control.
32 bits 100M Hz CPU design provides high performance, faster A/D conversion and torque.
Communication interface modules for Profibus DP/ DeviceNet/ Ethernet/ CANopen.
Built-in Modbus and BACnet communication protocol for Building Automation.
Motor over-temperature protective function to protect motor (fulfilled by PTC).
Excellent drive with powerful control ability, which is fifth generation of TECO control algorithm, including induction motor and high performance permanent magnet motor.
Remote monitoring, reporting, control and alarm operation of the inverter's operating conditions.
Higher reliability and environment immunity with coated PCB.
Built-in temperature control feedback card for the application of temperature monitoring in cooling towers.
Built-in RS485 communication for one to one and one to many control.
Built-in display and keypad including speed adjustment potentiometer.
Auto carrier frequency change to limit inverter over temperature.
Built-in Two PID feedback control.
32 bits 100M Hz CPU design provides high performance, faster A/D conversion and torque.
Communication interface modules for Profibus DP/ DeviceNet/ Ethernet/ CANopen.
Built-in Modbus and BACnet communication protocol for Building Automation.
Motor over-temperature protective function to protect motor (fulfilled by PTC).
Overcoming conventional PCB printing process rely on manual or semi-automatic process for printing and handling,which couldn’t contribute good productivity and low defect loss.This fully automatic model is developed by integrating idea of the Industry 4.0 and user experience to massively ease management of printing line.Fully automatic process not only reduces labor consume,but also saves energy consumption for environment friendly.
Key indicators in the printing line are to plug paste into about 40,000 tiny holes for anti-oxidation,to stretch panel while flipping and CCD registering for overcoming deformation issues.Self-developed off-line universal jig board for reducing down time for changing screen,and servo-driven frame structure for precise adjustment.
This is a pioneer fully automatic machine in mass production,and generally achieves production yield above 97%.More than 56 printing lines are ordered.Market share is 46%.ATMA is the leading company of the fully automatic printer
Overcoming conventional PCB printing process rely on manual or semi-automatic process for printing and handling,which couldn’t contribute good productivity and low defect loss.This fully automatic model is developed by integrating idea of the Industry 4.0 and user experience to massively ease management of printing line.Fully automatic process not only reduces labor consume,but also saves energy consumption for environment friendly.
Key indicators in the printing line are to plug paste into about 40,000 tiny holes for anti-oxidation,to stretch panel while flipping and CCD registering for overcoming deformation issues.Self-developed off-line universal jig board for reducing down time for changing screen,and servo-driven frame structure for precise adjustment.
This is a pioneer fully automatic machine in mass production,and generally achieves production yield above 97%.More than 56 printing lines are ordered.Market share is 46%.ATMA is the leading company of the fully automatic printer
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