Expertise high-speed alignment engines, a brand new method to enhance laser micro-hole drilling, air bearing-based wafer levels, high-resolution focusing units, and microscope levels at BIOS/Photonics West in San Francisco, Cubicles 8517 / 3517, January 27 – February 1, 2024.
Auburn, MA – With its proprietary Quick Multi-Channel Photonics Alignment Algorithm (FMPA) and specialised high-precision mechanics, PI helps prospects to enhance manufacturing economics to take part within the quickly rising Silicon Photonics market. PI has been repeatedly increasing its vary of automated photonics alignment engines over the past decade and can introduce new programs at each ends of the spectrum at this yr’s occasion. A brand new, modular entry-level system based mostly on mechanical levels, but with a high-performance controller will likely be introduced, in addition to high-speed, air-bearing based mostly programs for check and meeting functions requiring the very best throughput with zero put on and upkeep.
The worldwide demand for SiPh elements is at the moment rising dramatically, and main market analysis corporations unanimously predict a quadrupling of the SiPh part market to round $10 billion by 2030. Productiveness, throughput, and manufacturing prices are due to this fact more and more in focus. One of many main price drivers is the exact alignment of optical fibers to the photonic components of the chips. This job performs a vital function each in production-related high quality management and in coupling with optical fibers for meeting. Relying on the complexity of the tip merchandise, the alignment have to be repeated as much as two dozen occasions within the manufacturing course of.
The time required for that is essential for the throughput and value of SiPh manufacturing and really second saved per alignment may be value thousands and thousands over a manufacturing run. With PI’s proprietary algorithms and mechanics, alignment time may be decreased as much as 99% in comparison with legacy approaches.
Along with well-known options such because the F-712 alignment household, consisting of a hybrid mixture of hexapods and piezo-based nanopositioners, the brand new air-bearing-based F-142/F-143 alignment programs and the F-836 entry-level system at the moment are obtainable.
Further Options for Life-Sciences, Semiconductor Manufacturing, Laser Communication, and Laser Processing Along with photonics alignment engines, PI may also current wafer levels for the semiconductor trade, actuators for quantum computing optical paths, quick focusing levels for laser functions, nanopositioning and nanofocus units for super-resolution microscopy, a brand new, piezo-based technique of accelerating throughput in laser micro-hole drilling and quick steering mirrors totally free area optical laser communication on earth and on LEO satellites.
PI’s modular structure helps the blending of movement and drive varieties in a single system, permitting every axis to be optimally outfitted when it comes to price and efficiency. Management is carried out through expandable EtherCAT-based controllers from ACS, an organization of the PI Group.
Cannot make it to San Francisco to expertise our expertise? You’ll be able to take a look at quite a lot of efficiency automation, photonics, and nanopositioning functions lined by PI system applied sciences »right here. https://www.pi-usa.us/en/news-events/virtual-product-demos/?utm_source=Cision&utm_medium=e-mail&utm_campaign=ONLET_Cision_email_2024-01_PW-2024-pg
Industries Served Silicon Photonics, Semiconductors, Laser Processing, Microscopy, Life Sciences