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Precision Motion Control for Photonics: 5 Keys to Success
It’s no surprise that the global silicon photonics market is growing rapidly. The ever-increasing demand for lightning-fast data rates and communication speeds, coupled with the push to optimize device size and packaging, is driving industry growth at double-digit rates. In fact, silicon-photonic transceivers are expected to represent at least 30% of the total transceiver market by 2027. Organizations must be prepared to move with the market or be left behind.
Motion Control Technologies for Medical Device Joining Applications
Automated laser welding is often highly advantageous in medical device manufacturing due to its precision, cleanliness, and efficiency. When properly refined, it enables device OEMs to achieve the tightest of tolerances in the most intricate devices. The non-contact process reduces the risk of physical damage to delicate components, while automation enables high-speed production, enhancing efficiency and consistency.
Advanced Motion Controls for Synchrotron Applications
Synchrotrons are among the complex systems in the world and they rely on sophisticated control systems to function effectively. This webinar delves into some of the latest advancements in Aerotech controls technologies that enable the bleeding edge science conducted in synchrotrons throughout the globe.
Precision Automation Technologies that Minimize Laser Cut Hypotube Manufacturing Risk
Manufacturing laser-cut hypodermic tubing (hypotubes) from raw stock often requires several steps that need tight process controls to obtain optimum quality.
This webinar will break down typical manufacturing processes, highlighting key steps that require precision automation technologies to manufacture laser-cut hypotubes. Specifically, presenters will highlight the application of precision automation technologies commonly employed when cutting and measuring laser-cut hypotubes. Special attention will be given to how these technologies can be leveraged to minimize manufacturing risk.
Participants who will see the most benefit include those involved in manufacturing, automation and R&D, plus engineers involved in the laser-cutting or measurement of hypotubes.
Automation Technologies to Scale PIC Testing from Lab to Fab
This webinar will cover the basics of precision motion systems for PIC testing and discuss the ways motion solutions can be specifically designed to address the production-scale test requirements for PIC manufacturing.
Precision Automation Principles for the Optimal Testing and Packaging of PIC Devices
Brett Heintz provides a guide for selecting precision motion equipment to minimize the impact of positioning errors on optical alignment test results.
Technological Advances in High-Dynamic Laser Processing to Improve Process Throughput and Increase Part Quality
This presentation covers advancements in the capabilities of multiaxis laser scan heads and precision automation controls used to address these challenges.
The Science and Art of Machine Design
In this webinar we will evaluate an example application utilizing the Automation1 machine control platform and consider its key criteria to show how this influences the system architecture.
The Impact and Mitigation of Thermal Effects in High-Precision Laser Scan Heads
This webinar will discuss a detailed study of thermal load’s impact on positioning precision and the tools available to mitigate such errors.
