Young's modulus range (typical): 0.1 - 800 GPa
- depends on specific hardware and sample size, shape and density

Frequency range: 20 Hz - 100 kHz

Maximum frequency precision: 0.1 Hz

Maximum resolution: <1Hz

• Square
• Response
• Hanning
• Triangle
• Hamming
• Flat Top
• Blackman

• Any elastic material: metals, ceramics, polymers, composites, coatings...
  - anisotropic materials can be tested, but only isotropic materials comply with ASTM E1876 and C1259
• Minimum thickness ~0.1 mm
• Minimum length ~0.10 mm
• Maximum size: no limit - may need special impulse tool(s) for large, low frequecny samples
• Standard shapes: rectangular bars, cylinder, and discs
• Non-standard shapes: Grinding/cutting wheels, square plates, annular plates, tubes, short tubes, rings, tensile bars, headstones.

• Young's modulus (E)
• Shear modulus (G)
• Poisson's ratio (µ)
• Other elastic constants can be derived

• Internal friction (Q^-1)
  - by logarithmic decrement method
• Internal friction (Q^-1)
  - by full width at half maximimum method (FWHM)

Certified and/or calibrated hardware: IEPE/ICP microphone, signal conditioner, Data Acquisition Card (DAQ), Dynamic Signal Analyzer (DSA)...

Thin wire knife-edge supports with adjustable span
- alternative supports for grinding wheels, large samples...

Impulse tool(s) selected to match the samples under test

Polyurethane foam sheet
- supports for testing discs and small samples...

Manual and Quick Start instructions in PDF format
- As part of our environmental awareness, BuzzMac International strives to be paperless

• Aluminum rectangular bar
  (¾" x 2" x 12" | 19 mm x 51 mm x 305 mm)
• Ceramic and other standards available upon request

Automatic impulse tool: controlled by the Buzz-o-sonic software

• Quality Control (QC) Module
  - plot histograms and control charts
  - use upper and lower control limits for pass/fail criteria
  - save and recall vibration data (waveform and spectrum data)
• Custom:
  - available upon request