Acoustic signatures and investigation require the appropriate analysis methods. The 1/N octave plug-in computes levels from constant percentage band filtering, complying with IEC 1260 standard. Every parameter can be adjusted making a highly flexible acoustic analyzer. All channels can be analyzed real-time by the DSPs up to 20 kHz. (read more)

For Delicate Sound Improvement (Sound Effect / Sound Environment)
Applicable standards:IEC 60651 Type2, IEC 60804 Type2, BS EN 6065, 1994, IEC 1260-1995 (read more)

Failure Analysis is one of the extensive analysis and testing capabilities of The M&P Lab. Understanding why something did not work is the most interesting puzzle. Proper materials analysis and knowledgeable interpretation of measurement results can solve it. It is the ultimate lesson for designers and direct source of true progress. (read more)

SigmaScan® Pro provides a complete image analysis package for studying the structure and size of your visual information - everything from image collection to data analysis (read more)

Barcelona, Spain—3GSM World Congress— February 12, 2007— Aeroflex has launched the W-CDMA ACE 3G protocol analysis test system, a powerful, yet affordably priced, network emulator designed specifically to meet the needs of design teams focusing on integration and regression testing of W-CDMA mobile devices. (read more)

The M&P Lab offers a wide range of chemical analysis methods to verify and troubleshoot various processes and solve a variety of problems with organic and inorganic materials. (read more)

Stork Materials Technology experts are experienced in conducting failure analyses of a wide range of advanced materials, including:

• Plastic failure analysis
• Composite failure analysis
• Rubber failure analysis
• Adhesives and sealants failure analysis
• Paints & coatings failure analysis

The M&P Lab offers a wide range of elemental analysis to solve a variety of problems with organic and inorganic materials, from acceptance testing to identification of contaminants. (read more)

Thermal chemistry analyses are used to determine melting points, coefficients of thermal expansion, glass transitions, solidus-liquidus and specific heat of various materials. (read more)

With moving parts and rotating equipment constantly in need of lubricants, testing of these lubricants to assure these parts keep operating at top efficiency is critical. (read more)