The laboratory focuses on the development of innovative methods and devices for the automated handling and assembly of micro-components (smaller than a millimetre) in various fields of application, such as electronics and telecommunications. Surface adhesion effects affect their handling and assembly and make the techniques used for macro-scale components of little use, so that operations are performed manually.

The activities of the laboratory, oriented towards the development of solutions able to solve these criticalities, are carried out within research projects in collaboration with research, academic and industrial partners. Flexible and reconfigurable robot cells for micro- and meso-scale applications, advanced manipulation systems, 2D machine vision algorithms and unconventional calibration strategies are designed and implemented.

  • Mitsubishi RP1-ADH robot
  • Mitsubishi RV-4FL robot
  • ABB YuMi robot
  • Micro-Mechanics, Techcon Systems and Nordson EFD vacuum microgrippers (internal diameter > 0.08 mm)
  • Schunk pneumatic grippers (MWPG 20, MPG40 Plus) and Schunk MWS 20 tool changing system
  • industrial and compact cameras with resolutions of up to 5 Mega Pixels
  • various optics (including macro and zero-distortion) and LED light sources
  • Physik Instrument precision linear and rotary positioners (M/155.30 and M/038.00/M-447.30)
  • control and sensor devices
  • environmental conditioning systems (Peltier TEC1-12705 Pacific Supercool modules and Haug EI PS and RI LG ionising systems)
  • force sensing platform
  • Nordson EFD 794 Series solder paste deposition system
  • Zevac Onyx 29 automatic rework system, IP-500 Desktop
  • 3D CAD modelling
  • simulation and programming of robotic handling and assembly operations
  • design, manufacture, validation and performance evaluation of innovative micro-grippers
  • design and implementation of unconventional micro-component release techniques
  • design of micro-devices for advanced applications and force sensing systems
  • development of innovative calibration strategies for end-effectors and cameras
  • development of 2D machine vision algorithms for robot control strategies
  • integration of low-cost vision systems for tool and component measurement and manufacturing process improvement
  • development of drive and control systems for devices