
· Precise control of the “first reflection point” creates an ultra-realistic 3D sound field
· Anti-vibration technology from the same source as aerospace satellites and CERN experimental platforms
· High-density mineral cast composite material perfectly resists micro-vibrations

· Precise control of the “first reflection point” creates an ultra-realistic 3D sound field
· Anti-vibration technology from the same source as aerospace satellites and CERN experimental platforms
· High-density mineral cast composite material perfectly resists micro-vibrations

· Precise control of the “first reflection point” creates an ultra-realistic 3D sound field
· Anti-vibration technology from the same source as aerospace satellites and CERN experimental platforms
· High-density mineral cast composite material perfectly resists micro-vibrations

· Precise control of the “first reflection point” creates an ultra-realistic 3D sound field
· Anti-vibration technology from the same source as aerospace satellites and CERN experimental platforms
· High-density mineral cast composite material perfectly resists micro-vibrations




