Articles by tag: TMC Vibration Control

Controlling vibrations is a critical consideration in the field of precision instruments, with minute shifts having the potential to significantly impact the accuracy and reliability of measurements. In a recent discussion, we heard from experts in the field: West Wigglesworth, product manager of TMC, and Neil Fitzgibbon, senior business development manager at Taylor Hobson. They […]

Imagine being a scientist or researcher working on critical projects  that involve highly sensitive equipment such as optical microscopes, analytical balances, or scanning probe microscopes. In a field where precision is key, there’s one constant adversary you grapple with – vibration. Vibrations are everywhere, even in seemingly calm environments. They introduce artifacts that can significantly […]

At TMC, we often get inquiries about what exactly a tool base is and when one might require it for their instrument. A tool base, in essence, is vibration cancellation solutions custom-designed to support any vibration-sensitive instrument that wouldn’t typically fit on our traditional platforms. People involved in high-resolution imaging, semiconductor wafer inspection, or nanolithography […]

At the intersection of precision and manufacturing, vibration control floor platforms for semiconductor tools play a pivotal role in ensuring high-quality, accurate results. TMC, a leader in the field of vibration control, delved into this matter, shedding light on their unique quiet island configurations at a recent presentation by MikeGeorgalis, North American sales manager. Semiconductor […]

In his recent discussion, Wes Wigglesworth of TMC eloquently demystifies the intricate nuances of vibration control and particularly emphasizes the differential features of active and passive vibration control systems. He begins by identifying the three pivotal components that characterize an active vibration control system: an inertial sensor that measures the vibration, a control system with […]

As technology has become increasingly precise and powerful, yet smaller in size, the need to ensure nanometers of precision in design and operation has risen dramatically. Any minuscule vibration or shift can potentially be catastrophic to such delicate machinery, highlighting the importance of reliable vibration control equipment. In a recent episode of “Made in America,” […]

In today’s fast-paced, technologically advanced world, physical vibrations are an unavoidable aspect of our surroundings. These vibrations, ranging from low-frequency disturbances caused by foot traffic to high-frequency shocks from heavy machinery, can significantly impact precision manufacturing and research operations. Undeterred, innovators are leveraging advancements in vibration isolation technologies to mitigate this environmental noise. In facilities […]

Dive into the world of cutting-edge and advanced microscopy at Oregon Health and Science University (OHSU), where researchers are exploring the cellular architecture of cancer cells at the nanoscale. Learn how TMC vibration control technology allows the OHSU team to obtain the highest-resolution images possible, providing vital insights into cellular organization and interactions. Join us […]

STACIS, the active vibration control system from TMC demonstrates versatility in its application as it proves compatible with high magnetic field environments. Built with primarily non-ferromagnetic components, it remains immune to potential interference from high magnetic fields, and vice versa, its operations do not emit magnetic fields that could disturb the functionality of surrounding equipment. […]