The FP-1 consists of a large platform, two or three Minus K ® SM-1 negative-stiffness vibration isolators, outriggers which connect the platform to the isolators, isolator floor and jack screw plates ...
Erik Runge, Director of Engineering at Minus K Technology, talks to AZoNano about their low-frequency vibration isolation systems. Could you provide our readers with a summary of the history of Minus ...
Why Negative-Stiffness Vibration Isolation is the Preferred Solution for Nanotechnology Applications
In this interview, Erik Runge, Director of Engineering at Minus K Technology talks to AZoNano about their range of Negative-Stiffness Vibration Isolators and why they are the preferred solution for ...
Minus K Technology, celebrating 30 years in the market, presents its vibration isolation products in this short video filmed at Photonics West 2023. As Erik Runge, the company’s vice president of ...
This video shows Erik Runge, Director of Engineering at Minus K Technology, describing Minus K’s advanced BM-4 Half Hz isolator. The isolator attenuates vibrations even at very low frequencies to ...
This video shows Erik Runge, Director of Engineering at Minus K Technology, describing Minus K’s BM-10 Small Low Height Vibration Isolator aimed at small atomic force microscopes, which require high ...
The new CM-1 is a compact high capacity, low-frequency negative-stiffness isolator. As with all Minus K isolators, they are completely passive and use no air or electricity. The isolators can be ...
Minus K Technology Inc. claims that the “negative stiffness” mechanism it has developed isolates objects from vibrations better than traditional solutions. Such techniques provide the stable platform ...
Celebrating 30 year in business, Minus K Technology has granted over $65,000 of its low-frequency vibration isolators through their U.S. Educational Giveaway It is a great feeling to help all these ...
Sensitive optical experiments and high-resolution microscopes often need to be mounted on vibration-control platforms to avoid unwanted disturbances to measurements. Neil Savage describes a selection ...
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