Type II Cell Collector: Micro DNA Adhesion & Storage

The Small Forensic Cell Collector (Type II) is a specialized tool designed for the collection, adhesion, and long-term storage of micro DNA samples. Its compact size and high-efficiency adhesive properties make it ideal for forensic investigations where precision and minimal sample loss are crucial. The Type II version features advanced technology to ensure optimal retention of cellular material, enabling successful DNA analysis even from trace biological evidence. Whether used at crime scenes or in laboratories, this collector guarantees sample integrity throughout the collection and storage process.

Key Features:

  1. Small and Compact: Perfect for collecting micro DNA samples from small or hard-to-reach areas.

  2. Efficient Adhesion: Utilizes high-performance adhesive material that ensures excellent DNA sample collection with minimal loss.

  3. Long-Term Storage: Designed for long-term storage without compromising the integrity or quality of the DNA sample.

  4. Forensic-Grade Quality: Meets forensic standards, making it ideal for crime scene investigation and evidence collection.

  5. Sterile and Safe: Packaged sterile to avoid contamination during collection and storage.

  6. Easy Handling: Simple to use with no complex setup, making it accessible for both forensic experts and non-specialized personnel.

Operational Use:

  1. Activate the Collector: Open the sterile package and remove the Small Forensic Cell Collector.

  2. Collect the Sample: Gently press the adhesive side of the collector onto the surface from which the DNA sample is to be gathered.

  3. Store the Sample: Once the sample has adhered to the collector, store it in a designated sterile tube or bag for long-term preservation.

  4. Transport: Ensure that the sample is labeled and stored according to forensic and legal protocols during transport to the laboratory.

Scope:
The Small Forensic Cell Collector (Type II) is widely used for the collection of micro DNA samples in forensic science, crime scene investigations, and laboratory research. It is particularly useful in cases where the available sample is limited, such as collecting DNA from hair, skin cells, or minute biological traces.