Description

The DLK Shoeprint Lifter is a wireless electrostatic device designed for forensic shoeprint recovery at crime scenes. Uses DLK film (250 mm x 20 mm) to help lift footwear impression evidence cleanly and efficiently.

DLK Shoeprint Lifter: Wireless Electrostatic Shoeprint Recovery for Crime Scene Work

The DLK Shoeprint Lifter is a wireless electrostatic device built for the forensic recovery of shoeprint evidence left at a crime scene. When footwear impressions matter, investigators need a tool that supports fast, repeatable collection while keeping the impression detail clear. With electrostatic lifting, you can target fine dust patterns and preserve critical tread characteristics for comparison work.

Unlike messy methods that slow teams down, the DLK Shoeprint Lifter focuses on a controlled lifting process that fits modern scene workflows. Evidence can be collected with less handling, and the scene can move forward faster. Results are typically consistent when the impression surface and conditions are suitable, and the lift can be archived for review, reporting, and lab examination.

Key Benefits for Forensic Teams

• Wireless operation for easier movement around scenes, vehicles, and tight spaces

• Electrostatic lifting to support clear recovery of footwear impression detail

• Practical, field-ready workflow that reduces unnecessary steps during collection

• Designed for crime scene use, including routine footwear impression recovery needs

DLK Film Specifications

The lifter uses DLK Film Dimensions: 250 mm x 20 mm. This size supports targeted lifting where you want controlled coverage and reliable handling during recovery and packaging.

How the DLK Shoeprint Lifter Helps in the Field

Footwear impressions are often overlooked or degraded by time and traffic. With the DLK Shoeprint Lifter, the lifting stage is streamlined so teams can act sooner. The impression area is approached carefully, the film is positioned, and an electrostatic charge is applied so the impression pattern can be transferred. A lift is then created for documentation and later evaluation.