RoboCluster Project Exchange is trade and industry’s entrance to RoboCluster. The exchange offers assistance to enterprises in terms of robotic innovation; and they get access to research and growth-oriented competencies acquired by the knowledge institutions. Projects are evaluated by a panel of experts from the knowledge institutions, and by technology developers from the network.

Development of flexible topic management to automation of repetitive and demanding manual labor.
• Competitive bin-picker robot to easy implementation in a production line
• Fast recognizing and collecting of unstructured items with high precision
• Robot based on advanced innovative solutions in gripper development, topic management and automated robot control.
• Total budget; € 3.1 million ($ 4.7 million)

Development of robot technology to ergonomic bed handling and transport in hospitals.
• Reducing service assistant attrition
• Development of a functional and ergonomical hospital bed
Tasks:
• Specification of ergonomic bed layout
• Production of the bed
• Project evaluation
• Total budget; € 201.000 ($ 297.000)

Development of technology products and services for healthcare and collection of professional knowledge
• Improved technology products
• More growing companies in the area of Healthcare
• More knowledge intensive jobs
• More hands for the treatment and care in hospitals
• RoboCluster is performing the head activity Medic Robotics
• Total budget; € 2.9 million ($ 4.3 million)
• Total budget Medic Robotics; € 462.000 ($ 682.000)

Technological applications that generates generic knowledge, results and practical experiences e.g.:
• Sensor and sensor adoption
• Mechanical construction
• Determine object characteristics
• Identify tasks to be performed
• Generate path through working area
• Relate object characteristics to gripper selection
• Intelligent user-robot and robot-robot interaction
• Total budget; € 4.03 million ($ 5.5 million)

Intelligent handling of physical objects in interaction with humans and their surroundings.
• Flexible robots that recognize, understand, grasp or manipulate objects
• A physical platform for common innovation and development
• Strengthen international industrial competitiveness
• Robotics for professional and private services
• Total budget; € 4.2 million ($ 5.7 million)

Imagine it would be as easy to take a blood sample as it is to collect money at a cash dispenser.
Objectives:
• Remove waiting time at hospitals
• Optimize laboratory resources
• Lighter workload for laboratory technicians
• Less scars, less pain
Tasks:
• Mapping of the blood sample process
• Automatic detection of veins
• Precise pinprick
• Physical design

Dissemination of robotics and automation technology to existing and new sectors through visibility of the market's long-term automation needs and potential opportunities in the automation business:
• Adresses suppliers and buyers in the field and research and educational institutions specialized in robotics and automation technology
Three focus areas:
• Biological production
• Industry and food industry
• Healthcare
• User-driven innovation circles in each of the three areas
• Total budget; € 1,7 million($ 2,4 million)

Development of a pioneering innovative robot that pick and sort apples and pears automatically, and eliminates tedious and labor-intensive work:
• Perfect grab without destroying the tree or the fruit
• Pre-grading the fruits
• Thinning out the trees
• Reduces costs by elimination of labor-intensive work
• Total budget; € 322.000 ($ 440.000)

Network for commercial enterprises working with integration of robots, equipment, software, or supplying of other types of advanced production equipment.
• More than 30 active members - see members
• Strengthen project-based collaboration
• Gather and disseminate novel knowledge
• Inspiration in the fields of robotics
• Focus on the global market

Development of pig stables with advanced, integrated robotics.
• Research and development through requirements and preferences of animals, staff and the biological system.
• Modelling of air currents and emission of gases from surfaces with manure in pig stables
• Biological control models for monitoring, stimulation and care of pigs in pig stables
• Total budget: € 4.5 million ($ 6.6 million)

Development of a new generation of sprayer booms that reduce the use of herbicides in farming with more than 90 %.
• Sprayer boom able to detect where the weeds are and spray in one and the same procedure
• Robust and functional prototype with great potential for subsequent commercialization
• Pose and movements of the system relative to the plant rows
• Optimisation of the spray generation, -transport and –targeting
• Weed sensing system, identifying and localizing
• Total budget; € 3.4 million ($ 5.1 million)