XACT Immotus CRX Jact, January 29, 2025

THE PINNACLE OF ANTI-VIBRATION TECHNOLOGY. 

For those seeking uncompromising high-end performance, the XACT Immotus CRX represents the pinnacle of vibration control technology. Made from a high-end copper alloy, it offers superior vibration-damping properties, ensuring maximum isolation and sonic refinement.

SPECIFICATION

Comes as a set of 3 footers
Material: High-end copper alloy for optimal vibration control and sound purity
Bearing System: Dual-layer bearing system with enhanced ceramic balls for ultimate precision
Performance Benefits: Unmatched bass articulation, stereo imaging, and depth
Design: Premium, elegant, and built for true audiophiles
Max Load Capacity: 50 kg per footer
Handcrafted in Poland, the XACT Immotus CRX takes vibration isolation to an entirely new level, setting a new benchmark for ultra-high-end audio performance.

 

Press Release Documents

Website Address

https://jcat.eu/
More Press Releases
March 10, 2025
Bottega Audio
Galileo 335
Discover the Galileo 335, where cutting-edge sound engineering meets timeless design. Crafted to perfection, this speaker system is a statement piece that transforms any space into an acoustic sanctuary.
Read more
May 19, 2022
Focal
Focal and Naim present an exclusive hi-fi system: Aria K2 926 & Uniti Star, Ash Grey finish
Made in France, the new Aria K2 926 loudspeaker is equipped with Focal’s iconic K2 Power cone. This aramid fibre cone provides dynamic sound and high power handling,
Read more
February 1, 2019
Isotek
IsoTek launches Sirius: a new mains conditioning power strip
Isotek has unveiled its latest weapon in the fight to rid our hi-fi systems of a poor quality mains supply. The Sirius is a six-way power strip aimed specifically at audio systems and containing cutting-edge mains conditioning circuitry fresh from IsoTek’s R&D facility. As well as delivering sufficient sockets to power most set-ups, it also ensures the electricity supply delivered to each component is free from the kind of mains-borne interference that can significantly erode the performance of
Read more
FOLLOW US