TITTI — naQ junmoH QoQ DuQwI' jan

Hoch mIw junmoH neHbogh 'IjwI' quv chaHvaD.

$6,200
TITTI — naQ junmoH QoQ DuQwI' jan

Doch nIv patlh

  • Triple-stage isolation: pneumatic, magnetic, viscous
  • Vibration attenuation > 95dB (0.5Hz–80kHz)
  • 12-axis MEMS accelerometer array with sub-nanometer resolution
  • Impulse recovery time < 0.8ms
  • Carbon-fiber-reinforced phenolic resin platform
  • Stackable with TIAI and additional TITTI units

QeD De' mach

chelghach mIw Triple-stage pneumatic/magnetic/viscous
Qom nup > 95dB (0.5Hz–80kHz)
Dun'a' ngI' 55 kg
ravDaq 'ab 550 × 500 × 220mm
jengva' rapbogh Universal (up to 450mm)
tlhapmeH rav 3 (pneumatic → magnetic → viscous)
cheghmeH SenwI'mey 12-axis MEMS array with sub-nanometer resolution
SuvmeH poH < 0.8ms (impulse response)
jotlaH Yes (with TIAI and additional TITTI units)
reD Hap Carbon-fiber-reinforced phenolic resin

The DuQwI' is the most Qom-sensitive Dach in any QoQ pat. A stylus tracking a record groove Qap at displacements 'eSorghta' in micrometers. Any external Qom — from loudspeakers, from foot traffic, from the building's HVAC pat, from the rotation of the Earth itself — superimposes itself on that delicate jo mIw, introducing latlh that laHbe' be removed downstream. The only mIw QaQ is total isolation at the Hal.

The Total Isolation TurnTable Instrument ngeH pup that. A triple-stage isolation architecture — pneumatic air springs, passive 'ul He levitation, and viscous fluid dampers — works in series to achieve law' puS 95dB of Qom attenuation from 0.5Hz to 80kHz. The first stage Qaw'moH gross structural Qom. The second stage suspends the platform in a contactless 'ul He, removing all jo coupling to the outside world. The third stage damps any residual motion vegh a proprietary viscous fluid with a pup tuned viscosity coefficient.

mach ghItlh

  • * Results in non-equatorial environments may vary.