Tag Archives: surface cleanliness gauge
Watch BTG Labs’ latest video and learn how to gain total surface quality control with the push of a button. This video offers a way to better understand and optimize control of critical surface processes, ultimately giving manufacturers the ability to engineer a stronger product.
The video features Lead Sales Engineer Lucas Dillingham demonstrating the Surface Analyst’s fast, easy, accurate and non-destructive surface cleanliness measurements that can be taken in real-time, on the factory floor.
In seconds, the Surface Analyst reveals how ready a surface is prior to processing. Watch Lucas take multiple measurements across the surface of an engine casing post surface preparation. The water contact angle measurements, which directly correlate with surface cleanliness, show the level of cleanliness achieved by the surface preparation. The Surface Analyst reveals not only surface preparation success, but also uniformity of the treatment.
Watch the latest BTG Labs’ video showing the Surface Analyst’s revolutionary method for optimizing critical surface processes in manufacturing.
This video demonstrates how the Surface Analyst provides total surface quality control for manufacturers who previously had ineffective methods, or no method at all. The instrument’s portability, ease-of-use, intuitive GUI, and rechargeable battery provides a surface cleanliness gauge that verifies surface treatment directly on the factory floor.
Maintaining control of a surface allows the manufacturer to guarantee bonds, paint, and adhesives. The Surface Analyst provides instant quantitative surface cleanliness measurements to verify these bonds will hold reliably.
The competitive nature of the automotive industry requires manufacturers to engineer the ideal product; failures, no matter how small, are unacceptable and can bring heavy consequences.
A particular problem that plagues automobiles is condensation collecting on the inside of headlights. High performance automotives must not only perform well mechanically but must also maintain an exceptional aesthetic. Water droplets condensing on the insides of headlights are unappealing and unacceptable to consumers.
In order to prevent that condensation, manufacturers use an invisible coating on the inside of polycarbonate headlight lenses called anti-fog.
This coating is applied via spray application which can be difficult and inconsistent due to several variables: low energy mold releases left on the surface; environmental contaminants; contaminants from handling; uneven spray application; and incorrect coating solutions.
As the wind energy industry grows—by 2020 it is expected to provide 10% of the nation’s electricity— wind turbine manufacturers must strive for the most reliable and efficient product that operates reliably and seamlessly. Adhesion failures in the field, are unacceptable and even dangerous, but still occur.
Wind turbine manufacturers are making it a priority to overcome adhesion failures in the field and implement ways to ensure repairs only need to be done once. Currently, wind turbine repair is extremely expensive: in most cases, the part must be shipped back to the manufacturing plant for repair. And most importantly, turbine failure could be damaging and dangerous to what could be in the vicinity.
Adhesion failures most often happen due to improper surface treatment prior to adhesion. Optimizing adhesion processes and gaining control of the bond surface guarantees a reliable bond and prevents failures in the field.
As a result, wind turbine manufacturers are turning to the best in surface cleanliness gauges: The Surface Analyst.
BTG Labs’ origins are in the research and development of adhesives and coatings, including the development of a corrosion resistant antimicrobial coating–often used in the medical device industry. The Surface Analyst is the ideal surface cleanliness gauge for the medical device industry in that it is completely non-destructive, precise, quantitative, and able to measure on various substrates including rough, convex, and concave surfaces. BTG Labs’ twenty plus years of expertise can assist in the optimization of medical device manufacturing processes to meet the highly-tailored specs of this industry to manufacture more reliable, fail resistant products.
- Layers of silicone wafers prior to bonding
- Sanding and solvent wiping on carbon fiber and titanium for prosthetics
- And identify the presence of detrimental silicone in a bonding step
- Flame treatment on medical devices including catheters
- Plasma treatment on catheters prior to bonding luers
- Surfaces preparations prior to solvent bonding
- Microbial lubricious coating and uniformity on catheters
- Surface cleanliness of stainless, aluminum, titanium, and polymer devices
- Sterilization methods such as ultra-sonic baths and vacuum plasma chambers
- Audit concerns with shelf-life and uniformity of antimicrobial coatings …Read More