Design
  • Technology Integration

    • Overall Project Planning
    • Design Interface Management
    • System Performance Collocation Analysis
    • Performance Testing and Functional Verification
  • Technology Cooperation

    • Technical Cooperation at Home and Abroad
    • Introduction of Advanced Design Technology
  • Technical Services

    • Engineering Service
    • Failure Analysis
    • Process Operation Analysis and Improvement
  • Research and Development

    • Design and Development of Key Components
    • Research and Development of Production Technology
    • Computer-aided Stress Analysis
    • Design Patent Application
  • Certificates and Standards

    • Certificate of Type Inspection for Manufacturing Facilities
    • International Standard Quality System Certification
  • Planning, Design and Verification

    • Overall Planning of Design Projects
    • Equipment Basic Design and Detail Design
    • Design Stage Review
    • Design Performance Verification
Manufacturing
  • 01

    Our mill space, large or precision processing equipment, and crane functions can handle the majority of workpieces. Particularly, we have terminal equipment for transporting and exporting large workpieces.

  • 02

    We have outstanding welding capacity, such as steel armor plates (bulletproof steel plates), and steel plates for building submarines and wind power equipment.

  • 03

    We are equipped with the equipment and capacity for manufacturing professional and specialized products, such as the newly purchased bending machines and smelting furnaces.

  • 04

    We have a heavy cargo terminal to facilitate the export of heavy machinery.

  • 05

    Our outstanding casting knowhow enables us to produce specialized castings for steelworks.

Fabrication & Welding

FacilitiesIntroduction
  • 1
    Facilities

    CNC Oxy-Fuel Cutting (Flame Cutting) Machine

    PROARC from Taiwan

    Introduction

    1. Bed Size

    • A. 50m (L) × 7m (W), max.
    • B. 45m (L) × 3m (W), max.

    2. Lift capacity: 20MT, max.

    3. Plate cutting thickness: Below 150mm

  • 2
    Facilities

    PLASMA Cutting Machine

    HYPERTHEM from the USA

    Introduction

    1. HT4400

    • A. Carbon steel plate cutting thickness: Below 25mm
    • B. Stainless-steel plate cutting thickness: Below 25mm

    2. HT2000

    • A. Carbon steel plate cutting thickness: Below 25mm
    • B. Stainless-steel plate cutting thickness: Below 25mm
  • 3
    Facilities

    Hydraulic Shear

    CINCINNATI from the USA

    Introduction

    Shearing capacity: 12mm (thickness) × 3,000mm (length), max.

  • 4
    Facilities

    400MT Hydraulic Shear

    CINCINNATI from the USA

    Introduction

    CINCINNATI from the USA

  • 5
    Facilities

    500MT Hydraulic Press Brake

    Supertra Machinery from Taiwan

    Introduction

    Press (bending) capacity: 500MT, max.

    • 1. Bending length: 4000mm
    • 2. Bending length: 3200mm
  • 6
    Facilities

    1000MT Hydraulic Press

    LVD from Japan

    Introduction

    Press (bending) capacity: 1,000MT, max.

  • 7
    Facilities

    1500MT Hydraulic Press

    NKK from Japan

    Introduction

    Press (bending) capacity: 1,500MT, max.

  • 8
    Facilities

    4-Roll Plate Bending Machine

    HAEUSLER from Switzerland

    Introduction

    Cold bending capacity: 40mm (thickness) × 3500mm (width) × 5000 (dia.)

    Note: 1. The maximum board width is 3,500mm.

    • 2. The maximum diameter is 5,100mm
  • 9
    Facilities

    4-Roll Plate Bending Machine

    FACCIN from Germany

    Introduction

    Cold bending capacity: 85mm (thickness) × 4000mm (width) × 5250 (dia.)

    Note: 1. The maximum board width is 4,000mm.

    • 2. The maximum diameter is 5, 250mm
  • 10
    Facilities

    Automated Submerged Arc Welding Machine

    ESAB from Sweden

    Introduction

    1. Automated submerged arc welding capacity: 1,250A, max.

    • Column range (height): 8,000mm
    • Quantity: 2

    2. Automated submerged arc welding capacity: 1,000A, max.

    • Column range (height): 5,000mm
    • Quantity:3

    3. Automated submerged arc welding capacity: 1,000A, max.

    • Column range (height): 3,000mm
    • Quantity:1

    Automated Submerged Arc Welding Machine

    ROMA from Singapore

    Introduction

    • Automated submerged arc welding capacity: 1,500A, max.
    • Column range (height): 7,000mm
    • Quantity: 2

    Automated Submerged Arc Welding Machine

    Lichi Technology from Taiwan

    Introduction

    • Automated submerged arc welding capacity: 1,000A, max.
    • Column range (height): 7,000mm
    • Quantity:1
  • 11
    Facilities

    Semi-Automatic Welding Machine

    LINCOLN from the USA

    Introduction

    1. DC-600

    • Max. current: 780A
    • Quantity: 103

    2. DC-1000

    • Max. current: 1300A
    • Quantity: 21
  • 12
    Facilities

    Pulse Semi-Automatic Welding Machine

    MILLER from the USA

    Introduction

    INVISION 456MP

    Max. current: 450A

    Quantity: 10

  • 13
    Facilities

    Pulse Semi-Automatic Welding Machine

    PANASONIC from Japan

    Introduction

    YM-500AE2

    Max. current: 500A

    Quantity: 5

  • 14
    Facilities

    Inverter – Semi-Automatic Welding Machine

    DAIHEN from Japan

    Introduction

    1. DM-500

    • Max. current: 500A
    • Quantity: 88

    2. DC-350

    • Max. current: 350A
    • Quantity: 10
  • 15
    Facilities

    Inverter – Semi-Automatic Welding Machine

    DAIHEN from Japan

    Introduction

    1. CPXD-500

    • Max. current: 500A
    • Quantity: 21

    2. CPXD-600

    • Max. current: 600A
    • Quantity: 20
  • 16
    Facilities

    Argon Welding Machine

    HITACHI from Japan

    Introduction

    1. GP5-500A

    • Max. current: 500A
    • Quantity: 2

    2. GP5-300A

    • Max. current: 300A
    • Quantity: 2
  • 17
    Facilities

    Argon Welding Machine

    HITACHI from Japan

    Introduction

    AD-GP4

    Max. current: 500A

    Quantity: 4

  • 18
    Facilities

    Argon Welding Machine

    DAIHEN from Japan

    Introduction

    AVP-500

    Max. current: 500A

    Quantity: 6

  • 19
    Facilities

    Steel Sandblasting/Coating Mill

    Introduction

    Mill: 60m (L) × 20m (W)

    Sandblasting Machine: 90mm (plate thickness) × 3.0m (width) × 17m (length) / Max. load: 15MT

  • 20
    Facilities

    Welding Consumables Dryer

    Introduction

    1. CD-1000M

    • Temperature: 80–400°C
    • Consumables capacity: 1000kg

    2. CPXD-600

    • Temperature: 80–400°C
    • Consumables capacity: 200kg

Machining Equipment

FacilitiesIntroduction
  • 1
    Facilities

    Milling Machine

    WALDRICH COBURG from Germany

    Introduction

    Bench Area: 23000mm x 4500mm

    Max. Workpiece Size 5000mm(W) x 4500mm(H)

    Max. Workpiece Load 530000 KG

  • 2
    Facilities

    Boring Machine

    INNSE from Italy

    Introduction

    4-Axis Travel: 16400mm(X) × 5000mm(Y) × 1500mm(Z) × 1500mm(W)

    Turntable Size 3500mm × 3500mm

    Max. Workpiece Load 40000KG Spindle Dia.: 221mm

  • 3
    Facilities

    5-Axis Machine

    DMG from Germany

    Introduction

    3-Axis Travel 800mm(X) × 1050mm(Y) × 800mm(Z)

    Bench Size: φ 900mm × 700mm

    Max. Workpiece Load 1500KG B-axis dynamic range: -30° /+180°

  • 4
    Facilities

    Lathe

    ML-018: O.DORRIES from Germany

    Introduction

    Bench Dia.: 3000mm

    Max. turning dia.: 7000mm

    Max. Workpiece Load 60000KG

  • 5
    Facilities

    Lathe

    ML-168: CHALEASSIERE from France

    Introduction

    Max. interval between cores 15000mm

    Max. lathe swing: 6400mm

    Max. load between cores 140000KG

Foundry Equipment

We took over the TMMC foundry to manufacture low-alloy steel and various types of cast iron, such as gray cast iron, nodular cast iron, heat-resistant cast iron, wear-resistant cast iron, and high-silicon cast iron. Our facilities include 6MT and 10MT intermediate frequency induction furnaces and a number of heat treatment equipment supporting maximum construction sizes at 5Mx5Mx15M.



Our products include the blast furnace, basic oxygen furnace, air heating furnace, coke oven, low hydrogen annealing oven, and sintering equipment for iron- and steel-making; castings for papermaking equipment, lifting equipment, and rolling stock. In addition, a range of instruments, including optical emission spectrometer, universal testing machine, metallographic microscope, and various hardness gauges, are used to achieve quality management and ensure only the best quality products for customers.

FacilitiesIntroduction
  • 1
    Facilities

    5-Axis Machine

    DMG from Germany

    Introduction

    3-Axis Travel 800mm(X) × 1050mm(Y) × 800mm(Z)

  • 2
    Facilities

    Intermediate Frequency Induction Furnace

    Fujitsu from Japan and Five Power Electric Machinery from Taiwan

    Introduction

    6MT Iron Casting Furnace and 6MT/10MT Steel Casting Furnaces

  • 3
    Facilities

    Monorail type Shotblasting Machine

    Monorail type Shotblasting Machine

    Introduction

    Capacity: ∮2500mm × 4000mm, Max. load 5000kg

  • 4
    Facilities

    NG Heat Treatment Furnace

    EUROFOURS from Belgium

    Introduction

    4100mm(L) × 2600mm(W) × 1200mm(H)

    Furnace cart max. load: 35MT, Max. treatment temperature: 650℃

  • 5
    Facilities

    Electric Heat Treatment Furnace

    King Yuan Dar Metal Enterprise

    Introduction

    2200mm(L) × 1600mm(W) × 2600mm(H)

    Max. treatment temperature: 1000°C

  • 6
    Facilities

    Diesel Heat Treatment Furnace

    Tung Ming Industry

    Introduction

    15000mm(L) × 5000mm(W) × 5000mm(H)

    Furnace cart max. load: 120MT, Max. treatment temperature: 650°C

Inspection Instruments

FacilitiesIntroduction
  • 1
    Facilities

    Optical Emission Spectrometry

    ARL 3460 Spark Emission

    Introduction

    Analyze the chemical composition, including C, Si, Mn, P, and S elements, of castings in the foundry for the reference of future composition adjustment.

  • 2
    Facilities

    Universal Testing Machine

    SHIMADZU UH-1000KNA

    Introduction

    Test the mechanical properties of castings in the foundry. The tensile test can measure the ultimate tensile strength, yield strength, and elongation of materials to determine if products comply with the specifications.

  • 3
    Facilities

    Leeb Hardness Tester

    Introduction

    It is widely used in different fields and suitable for testing the hardness of big workpieces difficult to move in the field, including complex components or difficult-to-disassemble components installed on equipment. It supports quick and accurate lossless tests of different parts of a tester from different directions.

    • Measurement range: 200–900HL
    • Measurement accuracy: ±4HL or ±0.5%
    • Unit conversion: HV, HB, HRB, HRC, HS
  • 4
    Facilities

    Laser Ranger

    Introduction

    Accurate positioning and reliable outdoor measurement. The unique digital viewfinder and 360° inclination sensor can measure long distances beyond comparison of other models.

    • Measurement range: 0.05–200m
    • Measurement accuracy: ±1mm
  • 5
    Facilities

    Coordinate Measuring Machine

    Introduction

    Support measurement of different types of geometric dimensioning and tolerancing to reduce costs and enhance measurement productivity. It is equipped with multiple sensors and continuous scanning function for a broader range of applications. It is suitable for high-precision size measurement in the first article inspection.

    • Measurement range: 900*1500*800mm
    • Measurement accuracy: p=1.8μm
  • 6
    Facilities

    Laser Tracker

    Introduction

    It is an epoch-breaking long-distance measuring device with high precision. It is widely used to measure aerospace, automotive, large equipment, and large processing parts. It provides perfect solutions for open 3D measurement.

    • Measurement range: 80m
    • Measurement angle: Horizontal 360° and vertical 130°
    • Measurement accuracy: 0.078mm (depending on the measuring distance)
Engineering

Engineering Control

PROJECT CONTROL

Equipped with integrated capacity covering design, development, and manufacture, the CSMC provides customers with high-quality services through sound product management. In addition to handling the manufacture, installation, commissioning, maintenance, and repair of heavy equipment within the group, the CSMC engages in active market cultivation and accelerates cooperation with worldwide specialist manufacturers.

  • Quality Control

    • Establish quality control plans to improve project quality.
    • Share inspection knowhow to enrich personnel’s knowledge and skills.
    • Implement modern inspection equipment to improve quality.
  • Schedule Control

    • Make full communication and coordination with software to effectively implement production control for timely delivery.
    • Develop process records and promote process digital tag to facilitate traceability and control.
  • Cost Control

    • Introduce the budget control concept and real-time follow-up and control to make early warning.
    • Provide real-time and correct information for the reference of decision making.
    • Keep up with the materials and market intelligence in real time.
    Check the cost management process.
  • Project Integrated Control

    • Establish a project organization and implement division of labor to meet the customer requirements.
    • Integrate internal information systems to facilitate control.
  • Supplier Management

    • Perform supplier evaluation and review to identify the suitable supply chain.
    • Conduct supplier performance evaluation and promptly assist suppliers in enhancing capacity.
Environmental

Health,Safety and Environmental (HSE) Policy

Health, Safety, and Environmental (HSE) Policy

Equipped with integrated capacity covering design, development, and manufacture, the CSMC provides customers with high-quality services through sound product management. In addition to handling the manufacture, installation, commissioning, maintenance, and repair of heavy equipment within the group, the CSMC engages in active market cultivation and accelerates cooperation with worldwide specialist manufacturers.

The Kaohsiung Labor Standards Inspection Office co-organized two publicity activities for occupational accident prevention with the CSMC.

The Kaohsiung Labor Standards Inspection Office organized two publicity activities for occupational accident prevention for high-risk units at the CSMC.

The Kaohsiung Labor Standards Inspection Office organized the publicity activity for SME occupational health and safety of the CSMC.

The Kaohsiung Labor Standards Inspection Office organized the National Accident Prevention Talks—Common Occupational Accident Prevention at the CSMC.

Senior officers participated in the IPQC activity.

Communication meeting with senior officers.

Units and employees with outstanding performance in occupational health and safety received awards.

The CSMC co-organized the 2-day traveling exhibitions on the prevention of occupational safety and health hazards with the China Productivity Center in the plant.

Green

Green Business

GREEN BUSINESS

Equipped with integrated capacity covering design, development, and manufacture, the CSMC provides customers with high-quality services through sound product management. In addition to handling the manufacture, installation, commissioning, maintenance, and repair of heavy equipment within the group, the CSMC engages in active market cultivation and accelerates cooperation with worldwide specialist manufacturers.

Railway Business

The more convenient the transportation is, the more the beneficial to people living here it will be. Currently, over 1.14 million people in Taiwan hold a disability card, and while society ageing is an inevitable trend, the TRA promotes and implements the gapless carriage modification project to meet the needs of different groups of people. The CSMC undertakes the TRA’s gapless carriage modification project to build a more human society and friendly environment so passengers with pushchairs, disabilities, or mobility difficulties can take the train easily.

Furnace Gas and Heat Recovery

The basic oxygen furnace (BOF) is the major steelmaking equipment of a steelworks. In the steelmaking process, the reaction inside the BOF is highly vigorous, particularly in the blowing process where the vigorous oxidation takes place in the carbon contained in the molten steel to generate a large volume of CO and a small volume of CO2 and other gases to form BOF gases. BOF gases are characterized by high temperature, a high variety of gases, a high volume of dust, and being toxic and explosive. Therefore, besides meeting the environmental protection needs, the purification of BOF gases can recover lots of heat for conversion into other forms of energy.

BOF gases, also called the OG, are collected from the movable hood over the furnace opening before being transported to the fixed hood and gas cooler for indirect cooling. The moveable hood, fixed hood, and gas cooler form the gas cooling system. In the BOF blowing process, the OG containing mainly CO (85–90%) and CO2 (10–15%) enters the moveable hood at about 450°C. When cooling in the gas cooling system, the heat energy contained in the OG is recovered to facilitate the operation of the OG purification equipment.

The CSMC plans and equips the organic Rankine cycle (ORC) in the stack to capture exhaust at medium-low temperature for power generation.

The ORC operates in the same way as the ordinary Rankine cycle. The biggest difference between them is that the ORC converts the water in the working fluid into organic fluid. Therefore, this can evaporate organic working fluid at a lower temperature for power generation after compression. ORC systems for generating power up to MW level are developed in Europe, the USA, and Japan. These ORC systems are mainly used in geothermal power plants, industrial waste heat power plants, and concentrator photovoltaic power plants. It was not until the recent years that the R&D of ORC products for generating power at tens to hundreds of MW began. They are widely used in venues with industrial waste heat, biofuel energy, and geothermal energy. The trial operation early this year of the ORC system at the Qingshui geothermal power plant in Yilan was a success.

As power generation with industrial waste heat through the ORC system in Taiwan is in its infancy, by teaming up with the Industrial Technology Research Institute, academia, and CSC, the CSMC evaluates, plans, and imports overseas technology and equipment to build Taiwan’s first ORC system generating power with medium-low industrial waste heat. It is hoped that we can localize related technologies and equipment to reduce the costs and make this system popular in traditional industries to achieve energy conservation and carbon reduction for the group, and to contribute to the green energy industry.

The gas-gas heater (GGH) is a non-leakage heat exchange independently developed, designed, and manufactured by the CSMC to recover heat in order to reduce coal consumption and carbon emissions. In addition, with special technology, pipeline inspection expenses are reduced to enhance the unit’s power generation efficiency. In addition, the GGH can effectively improve air quality to achieve a win-win result for cost reduction, energy conservation, carbon reduction, and environmental protection, making it an outstanding technology product. As power generation with industrial waste heat through the ORC system in Taiwan is in its infancy, by teaming up with the Industrial Technology Research Institute, academia, and CSC, the CSMC evaluates, plans, and imports overseas technology and equipment to build Taiwan’s first ORC system generating power with medium-low industrial waste heat. It is hoped that we can localize related technologies and equipment to reduce the costs and make this system popular in traditional industries to achieve energy conservation and carbon reduction for the group, and to contribute to the green energy industry.

Major equipment of the GGH includes: 6 loops of gas coolers, 6 loops of GGH, 6 loops of circulating pipelines, 12 sets of hot water circulating pumps, one steam heater, one expansion tank, one set of condensate reclamation tank and pump, and 96 dust blowers.

Wind Turbine Tower

Taiwan has rich wind power resources, and wind power does not cause pollution by fuel or radiation. Therefore, it is favorable for reducing COE emissions. In the future, it will be the focus of the energy industry. There is limited space for Taiwan to develop onshore wind farms, and the number of onshore wind farms will saturate when the number of onshore wind turbines increases. Taiwan is an island with a spacious offshore area and great wind power resources. As offshore wind power is stabler than onshore wind power, offshore wind power development will be the future focus for its high potential.

With rich experience in manufacturing wind turbine towers, the CSMC has been recognized by world-leading suppliers including ENERCON, GE, GAMESA, and VESTAS. Currently, the CSMC has a case history of building 295 onshore wind turbine towers. In response to the policy to develop the offshore wind power industry and energy of the government and the CSC, the CSMC invests in various equipment, learns production technology from European supplier Nervión, and manufactures offshore foundation members including the transition piece (TP), boat landing, node of lower jacket, stabling, and leg. These credits enable the CSMC to be the best partner for developers of offshore wind farms in Taiwan.

Certification

Quality Assurance

QUALITY ASSURANCE

Equipped with integrated capacity covering design, development, and manufacture, the CSMC provides customers with high-quality services through sound product management. In addition to handling the manufacture, installation, commissioning, maintenance, and repair of heavy equipment within the group, the CSMC engages in active market cultivation and accelerates cooperation with worldwide specialist manufacturers.

ISO 9001-2015 Certificate

Nov 04,2020

ISO 9001-2015 Certificate

ISO 3834.2-2005 Certificate

Nov 04,2020

ISO 3834.2-2005 Certificate

ASME S Certificate of Authorization

Aug 26,2020

ASME S Certificate of Authorization

ASME U Certificate of Authorization

Aug 26,2020

ASME U Certificate of Authorization

ASME U2 Certificate of Authorization

Aug 26,2020

ASME U2 Certificate of Authorization

ISO 45001 Certificate

Aug 24,2021

ISO 45001 Certificate

ISO 45001 Certificate

Aug 24,2021

ISO 45001 Certificate

TOSHMS Certificate

Aug 24,2021

TOSHMS Certificate

TOSHMS Certificate

Aug 24,2021

TOSHMS Certificate