Silicone Rubber Fingerprint Lifting Kit with Applicator Gun, Black and White Cartridges, Mixing Nozzle for Rough Surfaces (Gray)

This Silicone Rubber Fingerprint Lifting Kit is a professional-grade forensic tool designed for reliable evidence collection on rough and textured surfaces. The kit includes a precision applicator gun along with black and white silicone rubber cartridges, each paired with a curing agent in a dual-tube design. The black silicone rubber cartridge is ideal for lifting fingerprints developed with light-colored fingerprint powder, while the white cartridge works best with dark-colored fingerprint powder. The gun-type applicator simultaneously pushes both the silicone rubber and curing agent through a spiral mixing nozzle, ensuring thorough and consistent blending before application. This design eliminates manual mixing errors and delivers a uniform, ready-to-use compound every time. Simply attach the mixing nozzle, load the cartridge, and apply directly onto the developed print. The cured silicone rubber captures fine surface detail with exceptional accuracy, making it an essential tool for forensic investigators and crime scene technicians. Please ensure you select the correct cartridge color to match your fingerprint powder for optimal results.

• COMPLETE LIFTING KIT: Includes a dual-cartridge applicator gun, black and white silicone rubber cartridges, and mixing nozzles for fingerprint lifting.
• DUAL-PURPOSE CARTRIDGES: Black silicone rubber lifts fingerprints developed with light-colored powder, while white silicone rubber works with dark-colored powder on rough surfaces.
• PRECISION MIXING NOZZLE: The spiral mixing nozzle ensures the silicone rubber and curing agent are thoroughly combined before application for consistent, reliable results.
• GUN-TYPE APPLICATOR: The ergonomic applicator gun simultaneously pushes both the silicone rubber and curing agent pistons, delivering equal amounts into the mixing nozzle for a perfect blend.
• VERSATILE USE: Gray silicone rubber (sold separately) can also be used for replicating tool marks, making this system adaptable for a wide range of forensic applications.