Tri-Tech Forensics Swift Lift Latent Print Powder Applicator Mitt, 10 Pack

Explore the unparalleled efficiency of the Tri-Tech Forensics Swift Lift Latent Print Powder Applicator Mitt (10 Pack), a revolutionary tool in the field of forensic investigation. Designed with the professional in mind, this durable and reliable applicator mitt is engineered to expedite the process of latent fingerprint development with its ergonomic design, allowing forensic experts to cover extensive areas swiftly and with ease.Crafted for optimal performance, the Swift Lift Applicator Mitt transforms the tedious task of dusting for prints into a rapid and efficient operation. Forensic professionals can now thoroughly dust the entire exterior of a vehicle in a mere fraction of the time it would take using traditional brush methods - less than 90 seconds compared to the lengthy two hours. This significant labor-saving advantage positions the Swift Lift as the most cost-effective solution for recovering latent prints on large surfaces.The high-quality construction of the Swift Lift ensures that the delicate ridge details of latent prints remain intact. Its soft, non-abrasive surface is gentle on evidence, preserving the integrity of the prints for analysis. When paired with Atomic CRP powders, the Swift Lift demonstrates exceptional adherence properties, capturing the oils present in latent prints with remarkable clarity.Furthermore, the Swift Lift is designed with professional standards in mind, ensuring that each mitt is disposable to prevent cross-contamination of DNA between different crime scenes. This attention to detail underscores the commitment to providing forensic teams with tools that uphold the highest levels of accuracy and hygiene.In summary, the Tri-Tech Forensics Swift Lift Latent Print Powder Applicator Mitt is an indispensable asset for any forensic professional seeking a high-quality, efficient, and professional-grade tool for the development of latent fingerprints. Its innovative design and ease of use make it a standout choice in forensic technology.