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Showing 1 to 5 of 5 for “"Pick-and-place assembly"”.

  1. Development of pick-and-place assembly techniques for monolithic optopill integration

    … poses several challenges such as recess filling and optopill bonding to the CMOS circuits. Research focused on establishing assembly techniques to overcome these challenges is performed. This thesis discusses the development of a vacuum tool pick- and-place technique as a solution to recess …

    mit Repository record for Development of pick-and-place assembly techniques for monolithic optopill integration (opens in a new tab)

  2. Methods for nano-precise overlay in advanced in pick-and-place assembly

    … nanofabrication techniques in this thesis – Jet-and-Flash Imprint Lithography (J-FIL), and Nano-precise Modular Assembly of Pre-fabricated blocks (N-MAP), with a focus on nano-precise overlay in these techniques. J-FIL currently uses template shape-and-size control, along with x-y-q substrate …

    texas Repository record for Methods for nano-precise overlay in advanced in pick-and-place assembly (opens in a new tab)

  3. Optimization of kitting operations for an automated microelectronics assembly process

    … airborne radars. The current kitting process for pick-and-place assembly is manually-intensive with significant die handling, resulting in multiple opportunities for damage and loss as well as accidental switching of near-identical components. These defects are difficult to detect and are often …

    mit Repository record for Optimization of kitting operations for an automated microelectronics assembly process (opens in a new tab)

  4. Additive Manufacturing Towards Electronically-Active Surfaces

    Ubiquitous and imperceptible integration of optoelectronic devices into the world around us would allow for novel modes of energy harvesting, communications, sensing, information display and computing. To date, owing to the availability of foundries and scalable processing modalities, this has been …

    mit Repository record for Additive Manufacturing Towards Electronically-Active Surfaces (opens in a new tab)

  5. Algorithmic planning for robotic assembly of building structures

    … the robot’s capacity for moving, positioning, and holding elements precisely, robotic assembly aims to neutralize the cost and time impact of increasing demand for non-standard, customized designs using programmable robotics and automated process. Programming robots to assemble structures …

    mit Repository record for Algorithmic planning for robotic assembly of building structures (opens in a new tab)