Covis Technology AID Robotics DVIA-ML1000S & DVIP-B Installation Report
Overview
Tuning and vibration measurement were performed for DVIA-ML1000S and DVIP-B installed at the AID Robotics 1F lab.
Work was carried out with the tool turned off (report).
Data are presented as VC curves with Reference vibration criteria .
Vibration Isolation System Info
Model: DVIA-ML1000S, DVIP-B
Serial number: 260108R1
Engineer
Chaewon Lee — DAEIL SYSTEMS (field service)
Installation date
February 11, 2026
Report written date
February 12, 2026
Installation site
AID Robotics, 1F research lab
End user
Covis Technology
Customer equipment
Manufacturer: Covis Technology — in-house / custom
Vibration specification (for DVIA-ML1000S summary)
VC-D
Equipment status
Installed / Turned off
Measurement device
Data Physics DAQ: QUATTRO, SN 22436, SignalCalc ACE
Accelerometer: PCB 393B05
Measurement setup
F span: 200 Hz — Lines: 3200 — Engineering units: m/s (per report) — Window: Hanning — FFT spectrum averaging — Exponential, 40
Conclusion
DVIP-B: Floor input is very low, so transmissibility may look less pronounced; isolation is still operating correctly. Some high-frequency content is attributed to the DVIA-ML1000S controller cooling fan. Resonance around 10–30 Hz is within normal passive-isolation behavior.
DVIA-ML1000S: Stable isolation even in a very quiet floor environment; VC-G-class levels were measured on the platform in all directions.
Measurement summary — 1) DVIP-B
(turned off)
| Location | Point | State | Axis | Floor | On DVIP-B |
|---|---|---|---|---|---|
| AID Robotics 1F | 1. Floor / 2. DVIP-B | Turned off | Vertical | VC-G @ 63 Hz | VC-G @ 63 Hz |
| L–R | VC-E @ 100 Hz | VC-F @ 100 Hz | |||
| F–B | VC-G @ 100 Hz | VC-G @ 100 Hz |
Measurement summary — 2) DVIA-ML1000S
(turned off, vertical spec VC-D)
| Location | Point | State | Axis | Spec | Measured (floor) | Measured (ML1000S) | Result |
|---|---|---|---|---|---|---|---|
| AID Robotics 1F | 1. Floor / 2. ML1000S | Turned off | Vertical | VC-D | — | VC-F @ 25 Hz / VC-G @ 25 Hz | ✓ PASS / ✓ PASS |
| L–R | — | VC-F @ 10 Hz / VC-G @ 10 Hz | ✓ PASS / ✓ PASS | ||||
| F–B | — | VC-G @ 50 Hz / VC-G @ 50 Hz | ✓ PASS / ✓ PASS |
Data and Image
14-1 DVIP-B: Vertical / L–R / F–B — VC Curves, Autospectrum, Transmissibility
14-2 DVIA-ML1000S: Vertical / L–R / F–B — same layout
DVIP-B — Vertical VC Curves
DVIP-B — Vertical Narrow Band
DVIP-B — Vertical Transmissibility
DVIP-B — Left to Right VC Curves
DVIP-B — Left to Right Narrow Band
DVIP-B — Left to Right Transmissibility
DVIP-B — Front to Back VC Curves
DVIP-B — Front to Back Narrow Band
DVIP-B — Front to Back Transmissibility
DVIA-ML1000S — Vertical VC Curves
DVIA-ML1000S — Vertical Narrow Band
DVIA-ML1000S — Vertical Transmissibility
DVIA-ML1000S — Left to Right VC Curves
DVIA-ML1000S — Left to Right Narrow Band
DVIA-ML1000S — Left to Right Transmissibility
DVIA-ML1000S — Front to Back VC Curves
DVIA-ML1000S — Front to Back Narrow Band
DVIA-ML1000S — Front to Back Transmissibility
Reference
Generic Vibration Criteria
Notes:
- As measured in one-third octave bands over 8-80 Hz (VC-A/B) or 1-80 Hz (VC-C through VC-G).
- Detail size refers to width in microelectronics fabrication or particle size in medical research.
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