36/Box Adhesive Collectors: For Debris

The Large Adhesive Cell Collector is designed for efficient sample and debris collection, featuring a strong adhesive membrane that ensures maximum adherence even to rough or contaminated surfaces. This product is ideal for collecting biological samples, skin cells, or trace debris from crime scenes, forensic investigations, or medical research. Each box contains 36 individually packaged collectors, providing a sterile, ready-to-use solution for high-volume sample collection. Its robust adhesive ensures thorough collection, making it a reliable tool for forensic experts and researchers.

Key Features:

  1. Strong Adhesive Membrane: The powerful adhesive ensures efficient collection of cells, debris, and biological samples, even from irregular or challenging surfaces.

  2. Individually Packaged: Each cell collector is individually sealed for sterility, ensuring contamination-free collection and safe transport.

  3. 36 pcs/Box: Supplied in bulk with 36 pieces per box, ideal for forensic investigations, research, and field operations requiring large quantities of sampling tools.

  4. Versatile Use: Suitable for a variety of applications including DNA collection, forensic evidence gathering, and medical diagnostics.

  5. High-Quality Construction: Made from non-toxic materials that do not interfere with the biological samples, preserving DNA integrity.

Operational Use:

  1. Open the Package: Open the sterile packaging to remove the adhesive cell collector.

  2. Apply to Surface: Press the adhesive side onto the sample or debris area to ensure full collection of cells or particles.

  3. Store and Transport: Place the collector in a secure container for transport to the laboratory or forensic facility.

  4. Sample Analysis: Use standard extraction techniques to process the collected DNA or biological material.

Scope:
Ideal for forensic investigations, crime scene evidence collection, paternity testing, and medical diagnostics that require high-efficiency sample collection.