INNOVATIONS
LEAP!
In 3D LOIKKA networking, ideas and concepts are quickly produced together with the customer's team. The work involves (1) ideating and learning, (2) conceptualizing, and (3) designing 3D printing solutions.
Finding insights together takes you that much further
Let's produce insights and experiments!
Through the ages, experiments and prototypes have been the main producer of insights and new knowledge. We believe in the power of experimentation. Experiments with 3D printing are primed in workshops with the customer and implemented rapidly, for example as prototypes. Innovation workshops bring together, according to development needs, e.g. the customer team, end users and forerunners in various fields.
Research and development
We are involved in international 3D printing research projects and build value chains in the industries. We can participate as a partner in the customer's R&D project, or build one. We are often a bridge between research and practice.
We bring together industrial companies, design offices, 3D printer manufacturers, our competitors and many others, such as the scientific community and artists.
Innovation voucher
Business Finland's Innovation Voucher can be used for development projects, research and the launch of prototypes and new innovations. The support of a total of 5,000 euros is intended for the acquisition of new knowledge and expertise to develop the company's business.
Current research and development projects
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Parameter development and piloting of metal 3D printing materials
We develop new, unique metal printing materials for our customers together with research institutes.
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Digital and physical immersion in imaging and surgery (DPI)
The goal is to apply medical 3D imaging data simultaneously in several application areas, such as 3D printing, VR / AR, and haptics.
The project, funded by Business Finland, is led by the University of Tampere.
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Smart Magnets for Accelerator Research And diaGnostic Data Infrastructure (SMARAGDI)
The project investigates the use of new 3D printable metal materials in the manufacturing of superconducting magnets.
The project, funded by Business Finland, is led by the University of Tampere.
