Business Details
50 Years
experience
High-Reliability Test Equipment Solutions
B&W Engineering's commitment to quality and customer satisfaction has never been greater. Founded in 1976 by Jack Brown and Hubert White, we pioneered the first fully MIL-STD compliant Particle Impact Noise Detection (PIND) system, outperforming competitors by over 30% in detection rates according to a 1978 NBS study. Our patented co-test shock apparatus simultaneously applies vibration and shock, keeping particles in motion for enhanced detection while using degaussing magnets to identify ferrous particles. Headquartered in Costa Mesa, California, we've maintained our reputation as global innovators in high-reliability test systems for aerospace, semiconductor, and electronics industries. With over four decades of experience and membership in the Institute of Environmental Sciences (IES) and the International Society of Hybrid Microelectronics (ISHM), our team combines deep technical expertise with relentless pursuit of innovation.Our solutions comply with MIL-STD-883, MIL-STD-750, MIL-STD-202, CECC6500, and other critical industry standards. Garry Black, our President since 1986, has driven development of both commercial-off-the-shelf systems and custom configurations, delivering hundreds of systems worldwide. Our engineering heritage dates to WWII radar systems and phonograph cartridge design, establishing a foundation of technical excellence that continues today. We provide economical solutions to world-class manufacturers, including semiconductor companies, electronics producers, implantable device manufacturers, aerospace firms, and space agencies.
Services
PIND Testing
Vibration Testing
Shock Testing
Calibration Services
Custom Sensor Solutions
Environmental Testing
Acoustic Emission Detection
Test Equipment Sales
On-Site System Maintenance
Product Quality Assurance
Details
- Year established: 1976
Highlights and features
- We developed the first MIL-STD compliant PIND system in 1976
- Our patented co-test shock apparatus improves particle detection rates
- Compliance with 8 military and international testing standards
- In-house calibration services with rapid turnaround times
- Global experience supporting space agencies and semiconductor manufacturers
What people say
Superior detection rates
Durable systems
Expert technical support
Standards compliant
Innovative engineering
Services
PIND Testing
Our Particle Impact Noise Detection (PIND) systems identify contaminants inside device cavities using ultrasonic sensors and patented co-test shock technology. Designed for semiconductor and electronics manufacturers, our systems exceed MIL-STD-883 requirements. The BW-LPD-DAQ4000 records digital test data for post-analysis, distinguishing true particles from ambient noise interference.
Vibration Testing
Digital vibration controllers (DVC8-4) deliver precise sine and random vibration tests between 2-2000Hz. Our systems support military standard testing protocols while providing real-time data analysis and Excel exports. Customizable test profiles accommodate complex frequency sweeps for aerospace and defense applications.
Mechanical Shock Testing
Model BW-MST-E5000 mechanical shock systems replicate high-impact drops using electromagnetic acceleration. Capable of generating 5000Gs pulses from 0.2-2.0 milliseconds, these systems test device durability under extreme conditions. Customizable pulse shapes and durations meet MIL-STD-810 specifications for qualification testing.
Calibration Services
We provide on-site and in-facility calibration for all B&W test equipment. Certified technicians perform full diagnostics using NIST-traceable standards. Calibration packages include MIL-STD compliance verification, sensitivity adjustments, and certification documentation valid for one year.
Custom Solutions
Our engineering team designs specialized acoustic sensors, shock towers, and vibration platforms for unique testing requirements. From miniaturized components to 10-pound payloads, we develop customized test environments that maintain compliance with international standards while optimizing detection capabilities.
People
Jack Brown
Founder
Inventor of the first single-point phonograph cartridge mount in the 1940s, Jack developed the first MIL-STD compliant PIND system after encountering component contamination issues while working with military electronics in the 1970s.
Garry Black
President
Joined B&W in 1981 and became President in 1986, driving development of next-generation testing systems. MBA graduate from the GS10KSB program (2013), with expertise in microelectronic assembly and electro-mechanical engineering standards.
Hubert White
Co-Founder
Original co-founder instrumental in establishing B&W Engineering's reputation for innovation in environmental testing solutions. Contributed extensive technical knowledge from early electronics manufacturing experience.
Questions
What industries do you serve?
We primarily serve aerospace, semiconductor manufacturing, defense electronics, and medical device industries requiring high-reliability testing solutions.
Do you offer equipment calibration?
Yes, we provide on-site and in-facility calibration services with NIST-traceable standards, including MIL-STD compliance verification.
What makes your PIND systems unique?
Our patented co-test shock apparatus simultaneously applies vibration and shock, improving particle detection rates by maintaining continuous motion during tests.
Are systems upgradable?
Yes, legacy models like the BW-LPD-D4000 can be upgraded to BW-LPD-DAQ4000 specifications with modern data acquisition interfaces.
How do you handle global service?
We maintain partnerships with authorized service providers in major manufacturing regions while offering direct technical support from our California headquarters.
