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Review Summary
Up to 40% lower print distortion when processing for prints with regular powders
Explore the cutting-edge Fiber Duster Smooth Brush, exclusively from the Lynn Peavey Company, designed to revolutionize the way latent prints are processed. This innovative tool is engineered to deliver up to 40% lower print distortion compared to traditional methods when using regular powders, ensuring the integrity of your forensic investigations.
Drawing inspiration from the pioneering research of NASA polymer chemists and engineers, the Lynn Peavey Company has invested significant time and resources to develop a patent-pending treatment process. This advanced technique meticulously reduces the friction coefficient of the fiberglass filaments, minimizing the risk of print distortion by an impressive 40-50%.
Each Fiber Duster Smooth Brush is a testament to superior craftsmanship. These brushes are not mass-produced; instead, they are carefully wound and trimmed by hand, ensuring a level of quality unattainable by machine-made or overseas alternatives. The result is a durable, perfectly balanced brush that stands the test of time.
The Fiber Duster is not just about quality construction; it's about performance. Designed to accommodate both seasoned professionals and those new to print processing, the brush is forgiving of heavy-handed techniques and potential inexperience. Its ability to adapt to the delicate nature of latent prints makes it an essential tool for forensic experts.
Lynn Peavey brushes are renowned for their consistency and reliability. They arrive pre-broken-in, ready to use with any powder, and are washable for repeated use. The generous, soft cluster of fiberglass filaments is engineered to glide smoothly across a variety of evidence surfaces. This delicate touch deposits fine traces of powder on the intricate patterns found in perspiration and oils, capturing the minutiae critical to latent print identification.
Enhance your forensic toolkit with the Fiber Duster Smooth Brush and experience a new standard in latent print processing.