Vibration Shakers (3 Axis)
Multi-axis electrodynamic shakers delivering up to 6000 Gf force for sine and random vibration testing
Laboratory Category
Sine, random, shock, SOR/ROR and combined environmental vibration
MIL-STD-810IEC 60068JSS 55555ISO 18431ISO 10816IEC 61463MIL-STD-202
Instrument RegisterNABL scope
01Vibration Shakers (3 Axis, 6000 Gf Force)
02Vibration Integrated Climatic Chamber
03Shock Test Machine (up to 200g)
04Accelerometer Calibration System (B&K)
- 4
- Instruments
- 12
- Capabilities
- 7
- Standards
01Overview
What this disciplineactually establishes
Vibration and shock testing is critical for certifying that aerospace and defence equipment can survive the extreme dynamic environments of flight, launch, transport, and combat operations. Our state-of-the-art vibration laboratory features multi-axis electrodynamic shakers and precision shock test systems.
Vibration and shock testing validates that equipment can withstand continuous vibration spectra, transient shock events, and combined dynamic environments without degradation of performance or structural integrity. This testing is mandatory for airworthiness certification and defence qualification.
Category recordNABL Accredited
DisciplineVibration & Shock Testing
Instruments4
Capabilities12
Standards7
Sectors served
AerospaceDefenceSpaceAutomotiveElectronicsTransportation
02Instruments
What each machineis for
Purpose notes for 4 instruments. The register in the header lists all 4 lines held under this category, with quantities.
Vibration Climatic Chamber
Combined temperature and vibration environmental test system for simultaneous climatic and dynamic stress
Shock Test Machine
Mechanical shock testing system capable of half-sine and saw-tooth waveforms up to 200g peak acceleration
Accelerometer Calibration
B&K precision accelerometer calibration and vibration measurement reference system for traceable accuracy
03Capabilities
What this laboratorycan qualify
- Sine Vibration (IEC, MIL, JSS, ASTM)
- Random Vibration Broadband Excitation
- Shock Testing (Half Sine, Saw Tooth)
- Sine-on-Random & Random-on-Random
- Resonance Search & Dwell
- Combined Vibration + Climatic
- Acceleration Measurement (B&K)
- Noise & Sound Measurement
- Sweep & Fixed Frequency Testing
- Shock Response Spectrum (SRS)
- Multi-axis Vibration Profiling
- Transportation Vibration Simulation
04Governing standards
The documents thiswork is judged against
MIL-STD-810
Method 514 vibration and Method 516 shock testing for defence equipment qualification.
IEC 60068
Environmental testing including vibration, shock, and seismic simulation procedures.
JSS 55555
Indian joint services specification for vibration and shock testing of military equipment.
ISO 18431
Mechanical vibration and shock — Signal processing and measurement techniques.
ISO 10816
Evaluation of machine vibration by measurements on non-rotating parts.
IEC 61463
Seismic qualification for electrical equipment in nuclear power plants.
MIL-STD-202
Test methods for electronic and electrical component environmental testing.
05Method, scope and outcome
How it runs, where itapplies, what it buys
- 01Method
The process follows: fixture design and fabrication, accelerometer instrumentation, resonance survey, sine and random vibration profiling, shock pulse application, combined environment testing, data analysis, and certification reporting.
- 02Applications
Applications include avionics vibration qualification, missile and munitions shock testing, satellite launch vibration simulation, helicopter equipment certification, vehicle component durability, and packaging shock validation.
- 03Outcome
Certified dynamic qualification, compliance with MIL-STD and IEC standards, identification of resonance and fatigue failure modes, validation of vibration isolation systems, and documented evidence for certification authorities.
Specify the instrument,book the slot
Tell us the standard and the specimen — we allocate the chamber, the shaker, and the engineer.