We are committed to delivering quality and leveraging emerging technologies and techniques to deliver low cost, high performance systems. Our reputation is unparalleled for Particle Impact Noise Detection (PIND), Shock, and Vibration test systems. A Global innovator of high reliability test systems. Specializing in applications of Acoustic, Ultrasonic, Shock and Vibration methods to detect defects, with more than 40 years experience in test automation.
B&W Engineering Corporation is a leading global supplier of quality assurance and environmental test equipment. Started in 1976 with the release of the first fully MIL-STD compliant Particle Impact Noise Detection (PIND) system. B&W has since become known worldwide for our quality products, innovation, and commitment to customer service. Providing economical solutions to world class semiconductor, electronics and implatable device manufacturers, aerospace companies and space agencies.
B&W Engineering Corporation is a leading global supplier of quality assurance and environmental test equipment. Started in 1976 with the release of the first fully MIL-STD compliant Particle Impact Noise Detection (PIND) system. B&W has since become known worldwide for our quality products, innovation, and commitment to customer service. Providing economical solutions to world class semiconductor, electronics and implatable device manufacturers, aerospace companies and space agencies.
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Jack Brown, founder of B&W Engineering Corp. was an inspired engineer with dozens of patents before the PIND including the first single point mount of a phonograph cartridge for American Microphone in the 1940s, giving a competitive edge over the 2 point mount in use worldwide.
Hundreds of thousands were produced and sold with a higher profit margin.
Another benchmark was the development of the "Auto Pilot" by Bill Lear in the 1950s.
Jack was his protege and went on the first flight demonstration to the USAF where Jack had been a Radar Engineer during WWII making the rank of Master Sergeant.
Hundreds of thousands were produced and sold with a higher profit margin.
Another benchmark was the development of the "Auto Pilot" by Bill Lear in the 1950s.
Jack was his protege and went on the first flight demonstration to the USAF where Jack had been a Radar Engineer during WWII making the rank of Master Sergeant.
It is through innovation and adaptation that B&W Engineering Corp. provides organizations with custom PIND, Vibration, and Shock solutions for more than 40 years.
We've worked with the NASA to provide custom testing configurations to ensure the Space Shuttle engines work reliably.
As well as Jet Propulsion Lab in Pasadena, California to ensure satellites can withstand the forces expected during vehicle launch.
Our latest efforts are helping a local defense contractor by providing multi-sensor test platforms that can be used to not only detect if devices have particle contamination but also identify where the contamination exists so the devices can be decontaminated.
We've worked with the NASA to provide custom testing configurations to ensure the Space Shuttle engines work reliably.
As well as Jet Propulsion Lab in Pasadena, California to ensure satellites can withstand the forces expected during vehicle launch.
Our latest efforts are helping a local defense contractor by providing multi-sensor test platforms that can be used to not only detect if devices have particle contamination but also identify where the contamination exists so the devices can be decontaminated.
B & W Engineering offers a variety of vibration, shock, and PIND test equipment supporting MIL STD and other Industry testing standards around the world for the high reliability integrated circuit and device markets.
The PIND test provides a nondestructive means of identifying contaminates inside a device cavity.
Our newest PIND system provides programmable controls to meet a wide variety of testing needs, a large multi-sensor test head, data collection and recording, and the ability to recall and view previously recorded data.
The PIND test provides a nondestructive means of identifying contaminates inside a device cavity.
Our newest PIND system provides programmable controls to meet a wide variety of testing needs, a large multi-sensor test head, data collection and recording, and the ability to recall and view previously recorded data.
Create unlimited custom tests with multiple vibration frequencies and acceleration and other parameters to meet unique requirements (New).
The versatile Manual Mode is useful for experiments and can apply a vibration frequency sweep (to find resonances that make particle type noise) and apply shocks simultaneous with or without vibration.
The shock level, count and application can be chosen.
In Manual Mode the user has complete control over Vibration frequency and acceleration level and the shock.
The versatile Manual Mode is useful for experiments and can apply a vibration frequency sweep (to find resonances that make particle type noise) and apply shocks simultaneous with or without vibration.
The shock level, count and application can be chosen.
In Manual Mode the user has complete control over Vibration frequency and acceleration level and the shock.
This system is capable of vibration testing up to 10 pounds and detecting defects that produce noise, such as loose screws, particles, etc.
Right from the start of PIND testing, B&W patented the first MIL-STD compliant system outperforming the competition by over 30% better detection rate as tested by the NBS (now National Institute of Science and Technology) in a well known 1978 study (NBSIR 78-1590 NASA).
Until now there has been no significant improvement to the PIND test systems.
Now the particle (or noise) is recorded in digital format and can be easily recalled for post test analysis.
Right from the start of PIND testing, B&W patented the first MIL-STD compliant system outperforming the competition by over 30% better detection rate as tested by the NBS (now National Institute of Science and Technology) in a well known 1978 study (NBSIR 78-1590 NASA).
Until now there has been no significant improvement to the PIND test systems.
Now the particle (or noise) is recorded in digital format and can be easily recalled for post test analysis.
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