Increased global competition and resource scarcity results in a greater need to investigate how companies can optimise their processes and production equipment.
Trending within production technology
Senselab: Download the sound wheel
Download your version of the sound wheel in high-resolution
Whitepaper: Printed electronics
Learn about the new technology that is emerging everywhere.
Is the future green and digital in the life science industry?
New survey maps digitisation and green transition in the life science industry in Denmark in 2020.
Unique design with 3D metal print
Large-scale 3D-print enables unique geometries also in metal printing for both prototypes and in batch production.
IoT & Wireless Club
Stay up to date with developments in wireless technology and IoT, and be part of a strong network.
New IoT-standards to ensure cyber security
New IoT-standards must protect cyber security for products and equipment connected to the internet.
Hygienic design is important in new production equipment
When planning or optimising food and pharmaceutical production facilities, hygienic design is a must.
IoT as driver for a digital health sector
IoT will also affect our health sector. This requires focus on responsible design, safety, and reliability.
Wireless communication and industrial systems
When using wireless communication in an industrial context, reliability is key.
Advanced real-time monitoring in supply chains
How will supply chains be monitored and overseen in the future?
3D printing technology needs new standards
How is the quality for standards of new modes of production, such as 3D printing and Additive manufacturing assured?
LB Altimeters saves time in product development
Focus on standards ensures that product documentation lives up to high customer requirements.
Extreme testing for new space products
Development of nanosatellites is a serious challenge that calls for extreme testing.
SPM ERFA 17: HALT/HASS
Exchange experience with knowledgeable colleagues and exploit the potential in HALT and HASS even better.
A longer life for LED Power Electronics
One of the greater challenges with LED lighting is the electronic driver’s robustness to normally occurring transients or power surges in the network. Many everyday examples have shown that the active electronics in the light sources find it hard to handle the effects in a use environment, in which incandescent bulbs and lamps with passive electronics have functioned fine for decades. A new project funded by the Innovation Network Smart Energy (INNO-SE) will characterise the electronic environment with regard to the occurrence of these surges.