DIS/CREADIS

Our Services in

Machine Building

A profound understanding of industry specific requirements and the latest technology: resolving complex challenges related to design, test and production of machinery and equipment.

Our key competency lies in understanding the critical importance of maintaining and enhancing competitiveness in today’s fast paced industrial environment.

 

✔ A comitted partner: Choosing DIS/CREADIS for your machine building needs means choosing a partner committed to waste reduction, improved efficiency, and enhanced sustainability. We ensure our solutions meet the requirements and technologies of the future.

 

✔ Turnkey solutions: Our approach is built upon decades of industry experience and a firm belief in the necessity of having easy access to relevant and essential in house skills. We are proud to offer these competencies at DIS/CREADIS, empowering us to deliver industry specific, turnkey machine building solutions that set the benchmark for excellence.

 

✔ Specialized competencies for different industries: Recognizing the distinct needs of different industries, we have developed specialized competencies targeted at the Renewable Energy and Industrial Manufacturing sectors.

A profound understanding of industry specific requirements and the latest technology: resolving complex challenges related to design, test and production of machinery and equipment.

Our key competency lies in understanding the critical importance of maintaining and enhancing competitiveness in today’s fast paced industrial environment.

 

 

✔ A committed partner: Choosing DIS/CREADIS for your machine building needs means choosing a partner committed to waste reduction, improved efficiency, and enhanced sustainability. We ensure our solutions meet the requirements and technologies of the future.

 

 

✔ Turnkey solutions: Our approach is built upon decades of industry experience and a firm belief in the necessity of having easy access to relevant and essential in house skills. We are proud to offer these competencies at DIS/CREADIS, empowering us to deliver industry specific, turnkey machine building solutions that set the benchmark for excellence.

 

 

✔ Specialized competencies for different industries: Recognizing the distinct needs of different industries, we have developed specialized competencies targeted at the Renewable Energy and Industrial Manufacturing sectors.

Our services related to industry

Custom Production Machinery

We specialize in the design and building of custom production machines that meet the unique needs and goals of our clients, whether it be machines for own production and operations, or development and/or optimization of machinery for our clients’ customers. Our approach to machine building focuses on delivering efficient and effective solutions with a strong emphasis on automation to improve productivity and reduce labor costs. We incorporate sustainable technologies and materials into every project with an aim of designing machines that are energy-efficient and environmentally friendly, reducing the carbon footprint of the production and operations process.

 

Our expertise spans a wide range of production machines, including but not limited to:

 

ASSEMBLY MACHINES

We design automated assembly machines that handle diverse assembly tasks efficiently,saving time and reducing labor costs.

 

PACKAGING MACHINES

Our automated packaging machines are designed to increase accuracy, efficiency, and handle a variety of packaging materials, reducing the need for manual labor.

 

MATERIAL HANDLING MACHINES

Our material handling machines utilize cutting-edge automation technologies to streamline the process of moving materials throughout your facility.

 

INSPECTION MACHINES

We offer automated inspection machines or modules that incorporate advanced imaging and sensing technologies to accurately and swiftly inspect your products for any defects or quality issues.

 

 

Integrated, Efficient, and Eco-friendly Machine Building Solutions

Our approach to machine building emphasizes automation, efficiency, effectiveness, and sustainability. We incorporate energy-efficient technologies and sustainable materials into our projects, aiming to reduce the environmental impact of production processes. Our team comprises experts in mechanical, electrical, systems, software, automation, and industrial engineering, providing a fully integrated approach to machine building. This multidisciplinary expertise allows us to handle all aspects of machine building in-house, leading to seamless coordination and efficient turnkey solutions.

 

Our service encompasses the following stages:

 

CONCEPTUALIZATION

We start by understanding your vision. Through close collaboration, we ensure that your concept for the machine aligns with your operational goals and the specific needs of your production process.

 

REQUIREMENTS ANALYSIS

Post conceptualization, we undertake a comprehensive analysis of your requirements. We thoroughly assess your current production processes, identify potential areas of improvement, and establish a detailed set of requirements for your custom machine.

 

DESIGN & ENGINEERING

Our team of skilled engineers and designers employ advanced design tools and simulation techniques to create a detailed and efficient design for your production machine, factoring in all requirements while maintaining sustainable practices.

 

PROOF OF CONCEPT (POC)

Before moving into full-scale manufacturing, we develop a proof of concept to validate the design and functionality of the machine. This phase allows us to demonstrate the feasibility of the solution and make necessary adjustments, ensuring the final product meets your expectations and requirements.

 

MANUFACTURING & ASSEMBLY

Using state-of-the-art manufacturing techniques, we build reliable, efficient, and easily maintainable production machines that prioritize sustainability.

 

TESTING, VALIDATION & FACTORY ACCEPTANCE TEST (FAT)

We carry out thorough testing and validation processes to ensure that the machine meets all your requirements. Our rigorous FAT ensures the machine is ready for operation and meets our high-quality standards.

 

INSTALLATION, COMMISSIONING & TRAINING

We don’t just stop at building the machine. We also oversee installation, commissioning, and Site Acceptance Tests (SATs). Additionally, we provide comprehensive training to ensure your team is well-versed with the operation of the new machine.

At DIS/CREADIS, we don’t just build machines—webuild partnerships. We’re committed to helping you stay ahead of the competition and contribute to a sustainable future. Whether you’re planning to design a new production machine or optimize an existing one, our end-to-end service is designed to deliver exceptional results.

Industrial Test Equipment

As a leading engineering service provider, we proudly specialize in the conceptualization, design, and manufacturing of comprehensive industrial test equipment. Our end-to-end, turnkey solutions are designed to accommodate the unique needs of your production and manufacturing operations to ensure your systems perform efficiently while maintaining the highest quality standards.

 

Production & R&D TEST EQUIPMENT

Our team is proficient in delivering full-scale production testing solutions. We understand the intricacies of new modules and end-of-line tests, which allows us to design and deliver comprehensive testing setups customized to your specific requirements. We work collaboratively with your testing and production departments, encouraging active participation and engagement throughout the development process. Our systematic approach ensures that you receive a thoroughly vetted and well-documented testing solution, expediting the time to market and improving the quality of your new products.

 

COMPONENT TEST EQUIPMENT

Our expertise extends to the testing of key industrial components such as valves, pumps, meters, and other client-specific products. Utilizing cutting-edge technology and precision engineering methods, we design and construct component test equipment that delivers accurate and reliable results, thereby ensuring the optimal functionality and lifespan of your industrial components.

 

TEST METHOD DEVELOPMENT & SUPPORT

Adding another dimension to our comprehensive services, we also offer support in the development of robust test methods and procedures to verify your product or module. We understand that every product and its performance metrics are unique, and therefore require a tailored approach in testing. Our expert team works alongside your technical staff, providing the necessary support and guidance in crafting precise, efficient, and reliable test methods for your specific needs. By understanding the specific requirements of your product, we can assist in devising effective test protocols that evaluate and verify your product’s performance under various operational conditions. These methods can be implemented directly into our custom-built test equipment, allowing for a seamless and integrated approach to product testing and verification.

From initial concept to final implementation, we take care of every stage of the process. This includes detailed feasibility studies, innovative design planning, meticulous manufacturing, comprehensive testing, and continuous support and maintenance post-deployment.

 

DIGITIZATION, DATA CAPTURING, AND ANALYSIS INTEGRATION

At the core of our engineering services is the strategic integration of digitization and data capturing into the design and manufacturing of our comprehensive industrial test equipment. Understanding the crucial role of data in optimizing manufacturing operations, we implement sophisticated data capturing mechanisms into our custom-built testing machinery, enabling real-time tracking and recording of operational data during the testing phase. Our test equipment, therefore, serves not only as a tool for assessing the performance and quality of your products, but also as a critical data source that transforms physical testing processes into rich, digital data. This fusion of physical testing and digital data capturing allows your team to gain valuable insights during the testing phase, informing product improvements and quality control strategies.

 

TRANSFORMING DATA INTO ACTIONABLE INTELLIGENCE

Our team includes data analytics engineers who specialize in designing and implementing advanced data capture and analysis strategies. They work hand in hand with our equipment designers, ensuring that every test device we manufacture is not just a physical tool, but a powerful data collection instrument. The digital data captured by our custom test equipment is processed and interpreted, transforming it into actionable intelligence. This information provides a deeper understanding of your product’s performance during the testing phase, unveiling patterns, trends, and potential areas for enhancement. This data-driven approach enables your team to make informed decisions about product optimization, further accelerating the time-to-market and improving the quality of your products.

By harnessing the power of actionable intelligence gathered from real-time testing data, our clients can proactively adjust and improve their manufacturing processes, resulting in superior product quality and operational efficiency. You can depend on our dedicated team of engineers to deliver a robust, data-driven testing solution that not only ensures the quality of your products but also empowers you with insightful, actionable intelligence to continually improve your operations.

Have any questions?

Henrik Kristensen

Global Functional Manager

hek@d-i-s.dk

+45 2760 0877

Henrik-Kristensen-350x270-px

Cases & Insights

Medico
Case

ABENA– ADVANCING INCONTINENCE CARE

ABENA Group, an international manufacturer of healthcare products, has developed a digital incontinence product called ABENA Nova. The product is designed to provide a better quality of life for both incontinence product users and healthcare professionals. The ABENA incontinence diaper is no ordinary diaper. It features sensors and a small clip that transfers data via Bluetooth and 4G networks to the WetSens Monitor app, which is installed on the caregivers’ mobile devices. Caregivers can easily and quickly monitor the diaper’s moisture status and be notified if it needs changing. The product saves resources and minimizes user discomfort. In addition, caregivers can also use the data collected to monitor the users’ fluid levels. However, the innovative product could not be manufactured at the ABENA production facilities, which led the company to seek a skilled engineering consulting partner to assist in completing the necessary upgrades.
Green Fuel & Energy: Developers & Operators
Case

HALDOR TOPSØE A/S – NECESSARY COMPONENT TO IMPREGNATION MACHINE FOR BRAZILIAN FACTORY EXPANSION

Haldor Topsøe is a globally recognized company in the field of heterogeneous catalysis, which involves catalytic elements such as monoliths, that reduce harmful toxins in internal combustion engines. In an attempt to expand its market share, Haldor Topsøe decided to build a factory in southern Brazil’s Santa Catarina region. The factory would specialize in finalizing untreated monoliths in an impregnation and calcination process, preparing them for delivery. Haldor Topsøe collaborated with DIS/CREADIS to develop a simple production line and impregnation machine specifically for the Brazilian factory.
Industrial & Consumer Goods
Case

SKY-LIGHT – NEW FLEXIBLE ROBOTIC PACKAGING PRODUCTION MACHINE DELIVERES INCREASED SAFETY FOR NEW PLANT

SKY-LIGHT, a film and packaging manufacturer, has invested in a new production plant that required an efficient and safe packaging system. The previous manual processes were not optimal in terms of the working environment and safety, and the new plant had to be able to handle rolls weighing between 200 kg and 1800 kg (441 lb. to 3968 lb.). This meant that the packaging system needed to be very flexible and capable of adjusting to nine different packing methods. SKY-LIGHT did not have the internal resources to develop this system, and so they contacted DIS/CREADIS to take over the development, construction, design, setup, assembly, and commissioning of the plant.
Industrial & Consumer Goods
Case

J.N. Bech – STREAMLINING PACKAGING PROCESSES FOR GREATER EFFICIENCY AND QUALITY

J.N. Bech is a family-owned business that specializes in producing high-quality glass and mirror solutions of Danish design. Founded in 1896, the company is now in its 4th generation of family ownership. With a passion for glass that has been passed down through the generations, J.N. Bech has established a reputation for quality, service, and reliability.
Industrial & Consumer Goods
Case

PINDSTRUP MOSEBRUG – REVITALIZING WOOD FIBER PRODUCTION

Pindstrup Mosebrug is a Danish company and one of the world’s leading producers of high-quality substrates for professional growers. Pindstrup Mosebrug specializes in producing sphagnum peat moss products for the horticulture industry. They needed to construct a new wood fiber factory in Latvia, where a defibrator would convert wood chips to wood fibers, which would be added as a supplement to sphagnum.
Medico
Case

ARCEDI - REDEFINING PRENATAL DIAGNOSIS

ARCEDI is a Danish biotechnology company that develops non-invasive prenatal diagnosis (NIPD) products. The company specializes in developing safe and reliable diagnostic tests for fetal chromosomal abnormalities, such as Down syndrome, without the need for invasive procedures. ARCEDI uses a unique approach to NIPD, which involves analyzing cell-free fetal DNA in maternal blood.
Industrial & Consumer Goods
Case

WAVIN – DESIGN OF NEW VISION SYSTEM AND SOFTWARE ALLOWS WAVIN TO MODERNIZE AND AUTOMATE PLASTIC PIPING PRODUCTION

Wavin is a European supplier of plastic piping systems for the water, wastewater, and plumbing industry. They have three robot cells in their injection molding and assembly departments, each with different vision systems that needed to be updated and streamlined to have a similar interface. This is a necessary step to ensure the different vision systems work together efficiently. To achieve this, Wavin sought the assistance of a qualified engineering partner.
Industrial & Consumer Goods
Case

VELUX – DESIGN AND DEVELOPMENT OF LIFTING SOLUTION FACILITATES EASIER HANDLING AND INSTALLATION OF WINDOWS

VELUX Group is a leading company in the development, production, and sale of roof windows and skylights. VELUX needed to develop a tool for technicians who install their windows in the German market. The VELUX group presented a problem and several requirements which had to be met for the desired tool.
Medico
Case

TIB Molbiol – ACCELERATING COVID-19 TESTING: TIB MOLBIOL TEAMS UP WITH DIS/CREADIS TO DEVELOP AUTOMATED PCR TEST MACHINE WITH RESULTS IN LESS THAN ONE HOUR

Since the outbreak of COVID-19, governments worldwide have invested enormous resources in scaling up their testing capacity. PCR testing is the most reliable test method, but it can take several hours to a few days to deliver test results, leaving a window in which infection may spread. Olfert Landt, CEO of TIB Molbiol, identified the need for a shorter lead time and came up with the idea to develop a continuous PCR test machine. Samples are not moved through the testing process in batches as is normally done, but one by one, reducing the total testing time significantly.
Industrial & Consumer Goods
Case

PLASTIC OMNIUM – ENHANCING COLLISION SIMULATION SOFTWARE

Plastic Omnium is a supplier of automotive exterior components that uses simulated collisions for validation when developing components. The company uses a pendulum equipped with sensors to reconstruct the collisions, and a program controls the required test stand. The collision simulation software needed to be upgraded to an updated technical level.
Industrial & Consumer Goods
Case

JPG BUDOWNICTWO SP Z O. O. – ADVANCED SOLUTION FOR ENHANCED EMISSIONS COMPLIANCE

Effective filtration systems are essential for the cement industry, especially when it comes to filtering chemicals, process byproducts, and cement dust. Some filtration systems are designed and implemented in newly built facilities, while others are added to existing plants. JPG is a general contractor who was tasked with developing a comprehensive cement dust filtration system for their client, complete with schematics, scripts, and everything else needed to take the design from the drawing board to the plant.
Industrial & Consumer Goods
Case

CEMENTOWNIA MALOGOSZCZ – BREAKING BOTTLENECKS

Cementownia Malogoszcz is a cement plant located in Poland and is part of Lafarge. The plant has been operational for 45 years and is known for producing high-quality cement and is constantly looking for ways to improve its processes and increase efficiency.
Food & Beverage
Case

ARLA FOODS AMBA – CHEESE PRODUCTION REIMAGINED

Arla Foods is a global dairy company that produces dairy products, including cheese. The company has a strong focus on sustainability, ensuring that their products are made in an environmentally friendly way. To maintain high standards and improve efficiency, Arla Foods enlisted the help of DIS/CREADIS to optimize their cheese mixing process.
Food & Beverage
Case

ARLA FOODS – OPTIMIZING DAIRY PACKAGING

Arla Foods is the world’s fourth largest dairy company and a cooperative owned by more than 12,500 dairy farmers. Arla combines traditional craftsmanship and world-class technologies to ensure its products remain closer to nature, from farm to fridge. Arla Foods Gjesing dairy plant in Denmark produces a variety of cheeses, including the popular ‘Blue Castello’ blue cheese, which is sold domestically and internationally. The plant’s packaging line, which is over a decade old and was originally installed with the help of DIS/CREADIS, has been expanded and modified over the years. Recent changes have made it difficult for the operators to manage the line.

Logistics, Installation & Service Equipment

As a leading engineering service provider in the wind energy sector, we provide end-to-end solutions in the design and construction of logistics, installation, and service equipment for wind turbines. Our expertise extends from initial conceptualization to engineering design, and ultimately to the construction, testing, and validation of these specialized pieces of equipment.

 
 

CUSTOMIZED EQUIPMENT DESIGN & CONSTRUCTION

Our teams create bespoke equipment designs that cater specifically to each wind turbine project. We develop unique lifting and handling tools, specialized service platforms, and innovative testing devices, aiming to improve the safety, efficiency, and performance of your wind turbines. Our end-to-end approach encompasses the entire project cycle: from the initial conceptualization to engineering design, followed by construction, testing and validation, and culminating in the delivery of a turnkey solution that meet our high standards for safety, performance, and durability.

 

 

INTEGRATED ENGINEERING SOLUTIONS

Our mechanical, electrical, and structural engineers collaborate throughout the process to deliver integrated solutions that address the complex challenges associated with wind turbine installation, service, and testing. This interdisciplinary approach allows us to create designs that assure seamless performance and maximum benefits.

 

 

COMPLIANCE WITH INDUSTRY STANDARDS

Throughout the entire process, from conceptualization to construction, we strictly adhere to relevant industry standards and regulations. This ensures that our equipment meets the highest safety and performance criteria.

 

 

SITE-SPECIFIC CONSIDERATIONS

We design and construct equipment with site-specific factors in mind, such as local wind conditions, terrain, and accessibility. This level of customization ensures our solutions are optimized for each project’s unique environment and constraints.

 

Examples:

 

INSTALLATION & SERVICE EQUIPMENT

Our services include designing and constructing custom installation and service equipment. These are intended for the transportation, installation, servicing, and decommissioning of large wind turbine components and subsystems. Our designs consider the challenges of different environments and remote sites to reduce development, construction, and operational costs.

 

 

SERVICE LIFTS & PLATFORMS

We provide tailored design and construction services for service lifts and platforms that are unique to the requirements of wind turbines. We collaborate with clients to create safe, efficient, and reliable vertical access solutions that enhance wind turbine maintenance and inspection processes.

 

 

EQUIPMENT COMMISSIONING & TRAINING

Once the equipment is constructed, tested, and validated, our team provides on-site commissioning. We also offer comprehensive training for your personnel, equipping them with the knowledge and skills to operate and maintain the equipment safely and effectively.

Our end-to-end engineering design and construction services for installation, service, and test equipment enable you to streamline your operations, enhance safety, and maximize the performance and reliability of your wind energy systems.

Test Equipment

As a leading engineering service provider with more than 25 years of experience in supporting the R&D and engineering design of various WTG components, modules, and subsystems, we are experts in the wind energy sector. We deliver custom, end-to-end solutions for designing and constructing advanced wind energy testing equipment. Our extensive experience enables us to build reliable test equipment that assures the performance and longevity of your wind turbine systems.

We leverage cutting-edge technology, extensive industry knowledge, and close collaboration with clients to create testing solutions that are not only precise and efficient but are also custom-built to align with the specific requirements of each project. This client-centric approach enables us to fully comprehend your needs and challenges, allowing us to craft testing equipment that delivers the specific verification and learning outcomes you seek. This enhances your operational efficiency, reduces costs, and helps you achieve your testing goals, thereby contributing to a sustainable and profitable future in wind energy production.

 

 

GENERATOR TEST BENCHES

Our bespoke design and construction services for generator test benches help you evaluate the performance, efficiency, and reliability of wind turbine generators effectively. These critical assessments assure that your generators meet industry standards and convert wind energy into electrical power efficiently, leading to higher productivity and lower operating costs.

 

 

BLADE DEFLECTION TESTING EQUIPMENT

We engineer blade deflection testing equipment that provides an in-depth evaluation of the structural performance and integrity of your wind turbine blades. By ensuring that blades meet necessary safety, durability, and performance standards, we help minimize the risk of blade failure, reducing downtime and potential maintenance costs.

 

 

BEARING TEST RIG

Our bearing test rigs allow for a comprehensive lifetime analysis of bearings for wind turbine. Such a detailed understanding of the bearings’ lifespan can provide predictive maintenance opportunities, ensuring the longevity and reliability of your wind turbines and reducing unexpected repair costs.

 

 

GEARBOX & DRIVETRAIN TEST STANDS

Our gearbox test stands are designed to conduct comprehensive tests on turbine gearboxes, ensuring their performance and reliability. By verifying gear meshing, vibration, noise, efficiency, and temperature rise, we help you minimize gearbox failures, leading to longer operational lifetimes and less unexpected maintenance.

 

 

ELECTRICAL TEST SYSTEMS

We design and construct electrical test systems to evaluate the electrical components of your wind turbines. By ensuring your components meet specified power generation and efficiency criteria, we help optimize the energy output of your turbines, leading to a more efficient energy generation process.

 

Our client-centric approach to engineering design and construction services for wind turbine test equipment aims to enhance safety, performance, and efficiency in your wind energy systems. By providing state-of-the-art testing solutions, we help you optimize the performance and reliability of your wind turbines, ultimately leading to lower operational costs, higher energy output, and enhanced ROI.

Test Equipment Custom Production Machinery: WTGs

At DIS/CREADIS, we provide comprehensive engineering services for the design and build of custom production machinery specifically tailored to Wind Turbine Generators (WTGs). Our expertise covers a wide range of WTG components, including the nacelle, tower, and blades. From initial conceptualization to final implementation, we work closely with our clients to develop efficient, automated solutions that optimize productivity and enhance the manufacturing process.

 

 

NACELLE

Our custom production machinery for the nacelle focuses on streamlining assembly processes and automating manual tasks. We design and build assembly equipment for nacelles or nacelle modules, such as the hub and bed frame. These machines automate processes like bolt tightening and component alignment, ensuring precise and efficient assembly. By incorporating advanced automation technologies, we increase productivity, reduce assembly time, and enhance overall quality.

 

 

TOWER

For tower production, we offer specialized machinery tailored to specific requirements. Our equipment includes turner and upending systems, enabling seamless rotation and upending of tower sections during assembly. Additionally, we provide customized lifting and transport equipment designed specifically for internal transport and handling within the tower assembly process. These solutions improve safety, efficiency, and accuracy in tower construction, ensuring precise positioning and secure handling of tower components.

 

 

BLADE

Our custom machinery for blade production focuses on automating manual processes and optimizing handling procedures. We develop automated systems for fiberglass positioning and cutting, streamlining the blade manufacturing process and reducing human error. Additionally, we design and build customized lifting and transport equipment specifically designed for internal handling and transport of blades. Our solutions include blade fixtures and support tools to ensure secure and accurate positioning during production. Furthermore, we offer blade weighting systems that enable precise weight distribution for optimal blade  performance.

 

Our approach to machine building emphasizes automation, efficiency, effectiveness, and sustainability. We incorporate energy-efficient technologies and sustainable materials into our projects, aiming to reduce the environmental impact of production processes. Our team comprises experts in mechanical, electrical, systems, software, automation, and industrial engineering, providing a fully integrated approach to machine building. This multidisciplinary expertise allows us to handle all aspects of machine building in-house, leading to seamless coordination and efficient turnkey solutions.

 

  • Conceptualization: We begin by understanding your vision and objectives. Through close collaboration, we ensure that your concept for the custom production machine aligns with your operational goals and the specific needs of your production process. We take into account factors such as production volume, efficiency improvements, cost reduction targets, and quality and safety standards.
  • Requirements Analysis: After conceptualization, we undertake a comprehensive analysis of your requirements. Our team conducts a thorough assessment of your current production processes, identifying potential areas for improvement and efficiency gains. We work closely with your team to understand your specific challenges and goals. Based on this analysis, we establish a detailed set of requirements for the custom machine.
  • Design & Engineering: Our team of skilled engineers and designers employs advanced design tools and simulation techniques to create a detailed and efficient design for your custom production machine. We integrate your requirements, industry best practices, and our expertise to develop a robust design that optimizes productivity, quality, and safety. Sustainability is a core consideration throughout the design process, as we aim to incorporate energy-efficient technologies and sustainable materials into the machine’s construction.
  • Proof of Concept (POC): Before moving into full-scale manufacturing, we develop a proof of concept to validate the design and functionality of the machine. This phase allows us to demonstrate the feasibility of the solution and make necessary adjustments to ensure the final product meets your expectations and requirements. Through the POC, we verify that the machine can effectively perform the intended tasks, achieve desired cycle times, and meet quality and safety standards.
  • Manufacturing & Assembly: With the design finalized and the POC successfully validated, we proceed with the manufacturing and assembly of the custom production machine. We employ state-of-the-art manufacturing techniques and adhere to rigorous quality control processes to ensure that the machine is built to the highest standards of reliability, efficiency, and maintainability. Our manufacturing processes prioritize sustainability, considering factors such as energy consumption, waste reduction, and recyclability.
  • Testing, Validation & Factory Acceptance Test (FAT): Once the custom production machine is manufactured and assembled, we conduct thorough testing and validation processes. Our team performs a series of tests to ensure that the machine meets all your requirements, including performance, precision, safety, and reliability. The Factory Acceptance Test (FAT) is conducted to verify the machine’s performance in a simulated production environment. This rigorous testing phase ensures that the machine is ready for operation and meets our high-quality standards.
  • Installation, Service, Commissioning & Training: We go beyond building the machine by overseeing the installation, commissioning, and Site Acceptance Tests (SATs). Our team works closely with your personnel to ensure the seamless integration of the custom production machine into your existing manufacturing setup. We provide comprehensive training to your operators and maintenance staff, empowering them with the knowledge and skills necessary to operate and maintain the new machine effectively.

 

At DIS/CREADIS, we are committed to delivering innovative and efficient solutions that help our clients enhance their WTG manufacturing capabilities. Our custom production machinery is designed to improve productivity, reduce costs, and ensure the highest quality standards. With our expertise and attention to detail, we strive to exceed our clients’ expectations and contribute to their success in the wind energy industry.

Have any questions?

Henrik Kristensen

Global Functional Manager

hek@d-i-s.dk

+45 2760 0877

Henrik-Kristensen-350x270-px

Cases & Insights

Wind: Offshore Developers & Operators
Case

How SENSEWind accelerates time to market for Self-Erecting Nacelle and Service system with DIS/CREADIS’ concept development expertise

The costs of assembly, installation, operation, and maintenance of wind farms are rising, driven by increases in WTG (wind turbine generator) size and ideal wind farm placements moving to harder-to-access locations (e.g., deeper, more remote waters). For Onshore, the cost of just crane usage for a turbine installation can amount to hundreds of thousands of dollars every day, and even more offshore where specialty vessels are required.
Wind: OEMs & Subsuppliers
Case

SIEMENS GAMESA TEAMS UP WITH DIS/CREADIS TO DEVELOP COST-EFFECTIVE WTG COMPONENT TEST METHODS

Siemens Gamesa is a world-renowned company in the renewable energy sector. The company is a market leader in designing, developing, and manufacturing wind turbines globally. Siemens Gamesa is committed to innovation and sustainable development, which is evident in the company’s dedication to renewable energy. When Siemens Gamesa tests wind turbine components, it is usually done on a large scale, and several components are put together and tested, which is an expensive process.
Wind: OEMs & Subsuppliers
Case

SIEMENS WIND POWER – DIMENSIONING OF LIFTING EQUIPMENT REDUCES RISK OF EQUIPMENT FAILURE

Siemens Gamesa is a leading provider of wind power solutions, including wind turbines, services, and solutions. The company has a global presence and is committed to providing sustainable energy solutions to customers worldwide.
Wind: OEMs & Subsuppliers
Case

Senvion - seamless upgrade of senvion's wind turbine test stands with expertise in high-voltage electron-ics and project coordination

Senvion, now a part of Siemens Gamesa Renewable Energy, is a wind turbine manufacturer that introduced its new generation 3.XM NES (Next Electrical System) to meet future demands for network stability. An expansion of the nacelle’s test facilities was required to accommodate the new generation. DIS/CREADIS was responsible for upgrading the existing series of test stands at Bremerhaven and Trampe.
Wind: OEMs & Subsuppliers
Case

PP Techniq - Strength in collaboration - discreadis helps ensure anchor point safety

PP Techniq A/S specializes in providing technical solutions for wind turbine blade repair and maintenance. They offer advanced blade access platforms which are safe, flexible, and easy to operate. The SQYFlex™ is their newly developed blade access platform. The platform can be raised up and down and adapts to the shape of the blade giving full access and alleviating the need to remove the blade for service. PP Techniq recently implemented an anchor point on their service platform, allowing them to replace personnel, equipment, and materials on the platform while it is attached to the wind turbine blade. This solution saves time by avoiding the process of lowering the platform down to the base and returning it to the blade when replacing personnel.

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