Since the introduction of photonic integrated circuits (PICs) in 1997 the optical component industry has slowly been migrating from the manual assembly of discrete optical devices to automated semiconductor wafer-processing techniques and Learn more

Advances in optical and laser sensor technologies are increasing assembly equipment precision and reliability by delivering critical position feedback on small parts while improving setup ease and worker safety High-gain through-beam sensors Learn more

It has been quite some time since the motion control industry has seen an emerging market demand new motion technology While the Semiconductor industry continues to drive the performance of existing technology the Telecommunications industry has Learn more

It has been quite some time since the motion control industry has seen an emerging market demand new motion technology While the semiconductor industry continues to drive the performance of existing technology the telecommunications industry has Learn more

Open architecture Model 4500-MTS uses flexible and expandable test platform built on open PCI backplane architecture with 9 slots Applications include testing FO telecommunications components such as laser diodes When fully populated with Quad I-V Learn more

Photonic integrated circuits (PICs) are the monolithic integration of two or more integrated optical circuits (IOCs) on a single substrate They are the photonic equivalent of microelectronic chips which integrate two or more transistors on a chip Learn more