"Changing or reconfiguring a robotics installation is expensive and time consuming"
Industrial processes such as milling, grinding and polishing have successfully been automated in the last 20 years (think of the car industry). However, the success is limited to companies that benefit from many-of-a-kind production.
The reason is simple: Changing or reconfiguring a robotics installation is expensive and time consuming. Either you need on-site expertise in robotics, CAD/CAM and automation, or you need subcontractors with that expertise. Both limit the feasibility of current automation solutions for few-of-a-kind productions.
of SME’s in the manufacturing industry in Europe do not use robots
of the manufacturing companies in Europe are SME's
of a complicated process can be automated
CP Robotics combines both online and offline programming methods in order to create a teach-in of tasks that is quicker than if you would do them manually. By exploiting state of the art line scanners in combination with robot kinematics, we allow shop floor personnel to do fast and coarse programming of the task by simply sweeping the robot over the workspace. Our software then analyses the sensor data and generates precise robot paths.
Most milling processes require post-processing in the form of deburring. This can often be programmed directly into the CAD/CAM systems however, due to the high cost of a milling machine, it is more cost-effective to perform manual deburring or simply let a cheap and flexible robot do it.
Traditional machines for grinding are able to grind many-of-a-kind products. Few-of-a-kind production on the other hand requires the flexibility of manual labor or the flexibility of an easy-to-use robot with our software.
Manufacturing companies, especially SME’s, have an increasing number of small batch sizes. Cost effective automation of polishing in these few-of-a-kind productions require fast re-programming and no dependency on external experts.
Sabina is specialised in commercialising early stage robotic technologies by establishing solid, collaborative relations to early adopter customers in new markets. She has more than 10 years of experience in working with start-ups, entrepreneurship and on how to initiate new sustainable commercial activities with mutual benefits to a wide range of stakeholders. On top of being in charge of the commercialisation of different robotic technologies, Sabina has worked with startups and open innovation initiatives in Denmark, Europe and South America.
Morten is experienced in digital communication and PR and holds a master’s degree in International Business Communication from SDU. When he is not working on assisting the management or promoting CP Robotics, he runs the bureau, Adnetics, that focus on digital marketing.
Finn Tang Thomsen has been involved in software development for automation solutions including CAD/CAM systems, CNC machines and robots in the last 45 years. His software solutions have been used by many companies in Denmark and abroad, such as Danfoss, Bang & Olufsen, Grundfos, Man Diesel, HV Turbo , Brdr. Hartmann. FLSmidth. During his 36 years at Danish Technological Institute, Finn Tang Thomsen has had many positions, both in Copenhagen and in Odense. The latest is as one of the founders of the Department for Robot Technology in Odense, where he was executive manager from 2006 to 2014.
Jeshith holds a Master of Science in Robotics from SDU with specialty in vision and artificial intelligence. After his graduation, Jeshith has been working at CP Robotics focusing on integrating vision cameras and further developing the vision software.
Like Jeshith, Patrick holds a Master of Science in Robotics from SDU with specialty in vision.
Gustaf has been working in SDTI since October 2004. For several years he worked at "Forskningsrådenes Instrument Tjeneste" where he purchased scientific equipment, primarily via the EU licensing rounds. Gustaf started his career at the patent bureau IPB.
Jens Kristian Damsgaard has been involved in business development and the supply of capital for several companies with roots in the University of Southern Denmark, Odense University Hospital, Denmark’s Technological University, Risø National Laboratory. He has negotiated several licence agreements between research institutions and companies - both at home and abroad.
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