Applications, functional behaviour, and manufacturing issues are reviewed with respect to state-of-the-art and emerging products fabricated using high precision technologies.
Feedback control systems using sensors and actuators such as piezoelectric sensors and actuators, micro-electro-mechanical systems (MEMS) sensors and opto-mechanical sensors, are allowing new advances in designing such high precision technologies.
Space technology requires ultra-high precision engineering, which is a UK strength with a background in defence technology companies.
In a real scenario, a spoofing signal has difficulty aligning with an authentic signal carrier received by the target receiver, or achieving this alignment is extremely expensive, e.g., high precision distance measurement technology (radar) can be employed to measure the relative position of the two signals.
Fujifilm has integrated high precision prints with lenticular technology, resulting in stunning high quality 3D images with tremendous depth and detail.
With the advance of contemporary technology, high precision surface finishing techniques for optical glasses are of great concern and developing to meet the requirements of the effective industrialized processes.
With the advancement of 3D printing, variable-density cellular structures can be fabricated with high precision using this emerging manufacturing technology.
Our MyoRobot combines optical force transducer technology with high precision 3D actuation (e.g. voice coil, 1 µm encoder resolution; stepper motors, 4 µm feed motion), and customized control software, enabling modular experimentation packages and automated data pre-analysis.
Together with a host of carefully engineered Panasonic technologies including the high precision optical lens unit, Dynamic Iris and Smooth Screen technology, the PT-AE3000 truly distinguishes itself against its competition and as a projector solution that home theater enthusiasts will thoroughly enjoy.
