In the field of advanced machinery and sensitive instruments, controlling vibrations is of paramount importance. STACIS, an active vibration control system, steps in with a unique configuration to serve this very purpose. With a downward-facing, active vibration control loop, STACIS focuses on neutralizing the floor vibrations. This control loop works in tandem with a rubber…

What if I bump into, or step on, a platform supported by STACIS, what happens? Wes Wigglesworth short answer: almost nothing. Thanks to the hard-mount active vibration control system in STACIS, the active control is downward looking, which means that it is measuring and cancelling floor vibration. In layman’s terms, that means you would need…

In the world of microscopy, especially with high-precision electron microscopes, obtaining clean, precise images can be a complex endeavor, subject to a multitude of factors. Common sources that interfere with the quality of images produced by these microscopes include vibrations, magnetic fields, and acoustics. Given their high sensitivity, these microscopes can easily be affected by…

The Technical Manufacturing Corporation (TMC) ensures successful vibration system installations like  STACIS installations through its full-service team located globally, working either directly as TMC employees or through trained experts in their sales channels. The importance of a correct STACIS installation is well recognized, and TMC offers comprehensive on-site services. These range from supervising the physical…

Mike Georgalis, North American Sales Manager at the Technical Manufacturing Corporation explains that STACIS vibration isolation systems can’t generally be used in vacuum environments, and a couple of good reasons why you would want to avoid deploying the system in a vacuum. In the realm of vacuum environments, the deployment of STACIS systems faces notable challenges. Despite…

On this third and final episode of Vibrations’ look at vibration building design, host Daniel J Litwin concluded his discussion with Ahmad Bayat, P.E., President at Vibro-Acoustic Consultants (VACC), and Mike Georgalis, North American Sales Manager at the Technical Manufacturing Corporation (TMC.) This final portion of dialogue between Litwin, Bayat, and Georgalis brings together insights…

For this second part of Vibrations’ look at  vibration building design, host Daniel J Litwin continued his discussion with Ahmad Bayat, P.E., President at Vibro-Acoustic Consultants (VACC), and Mike Georgalis, North American Sales Manager at the Technical Manufacturing Corporation (TMC.) They began discussing the life science case study teased on this episode’s first part. Bayat…

Critical industries need building infrastructure that eliminates even the slightest whisper of the wind or rumblings of public transit miles away. Sensitive instruments used in mission-critical research, testing, and product equipment must exist in a vibration-free environment. Industry-leading TCM understands these needs, and their products have become an essential tool for vibration control to solve…

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…

In the world of ultra-precision instruments and their applications, the issue of vibration is a persistent challenge that disrupts efficiency and the accuracy of data. Every researcher, engineer, or scientist operating sensitive equipment like electron microscopes, gene sequencers, and more, has faced the dreaded vibration artifact. As Mike Georgalis, North American Sales Manager for TMC,…

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…

TMC showcased its active and passive floor vibration isolation systems at Photonics West 2022, demonstrating their effectiveness and superiority in managing floor vibrations. A practical demonstration, the ‘wine glass demo’, was particularly noteworthy. In this experiment, two glasses of wine were placed, one on an isolated surface and the other on a non-isolated shelf. As…

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…

In today’s vibration control systems, the dichotomy between active and passive systems is gradually becoming blurred, with TMC’s ‘Electro-Damp’ and ‘Stacis’ systems standing out as prime examples of how technology is evolving to address increasingly complex vibration control needs. ‘Electro-Damp’, a parallel type active vibration control system, demonstrates how these systems can be optimized to…

In the complex world of precision instruments and high-magnification applications like atomic force and confocal microscopy, pneumatic isolation emerges as a powerful tool. This technology is often found in applications used in life science research, such as high-magnification optical microscopes and electrophysiology techniques. Pneumatic isolators, exemplified by TMC’s CleanBench table and micro-g isolators, offer…

The complex world of vibration control systems can often be categorized into two main types: passive and active vibration control. These are critical considerations in applications that demand precision and stability, such as in the use of highly sensitive scientific instruments or heavy machinery. Passive vibration control is simpler and involves the use of materials…

Vibration damping and isolation are two critical components that ensure precision and accuracy in various scientific applications such as confocal microscopy, interferometry, IVF, and patch clamping. Jake Porrazzo, a vibration consultant at TMC, enlightens us about the distinguishing factors and significance of these two components using TMC’s CleanBench laboratory table. Damping is a property that describes…

In the pursuit of heightened scientific precision, TMC, a pioneering company in vibration isolation, brings forth its CleanBench™ laboratory table, a product that encapsulates both performance and flexibility. Furnished with gimbal piston isolators, the CleanBench™ is ideal for applications that involve patch clamping, In Vitro Fertilization (IVF), and confocal microscopy. Designed with user adaptability in…

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….

Welcome to another engaging episode of “Vibrations,” a TMC podcast hosted by Daniel Litwin, the voice of B2B. This episode dives deep into the intricacies of tailored vibration solutions for microscopes, an essential tool in various scientific and industrial settings. Join us as we explore how these solutions enhance the functionality and precision of…

The evolution of semiconductors calls for small, Ant Man-sized small. The semiconductor industry is undergoing a significant transformation, driven by technological advancements and increasing demands for smaller, more powerful chips. As industries worldwide embrace digital transformation, semiconductors are at the forefront, evolving rapidly to meet new challenges. A key development in this sector is…

Critical industries need building infrastructure that eliminates even the slightest whisper of the wind or rumblings of public transit miles away. Sensitive instruments used in mission-critical research, testing, and product equipment must exist in a vibration-free environment. Industry-leading TCM understands these needs, and their products have become an essential tool for vibration control to solve…

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,”…