Multi-Sample Micro Evidence Storage System

The Multi-Sample Micro Evidence Storage System is designed to securely store and organize small trace evidence samples, such as fibers, hair, or gunshot residue. Ideal for forensic labs, crime scene investigators, and research facilities, this system ensures that each sample is stored independently, reducing the risk of contamination while maintaining evidence integrity.

Key Features:

  1. Multi-Sample Capability: Allows for the secure storage of multiple micro evidence samples in a single system, with individual compartments for easy organization.

  2. Contamination-Free Storage: The system’s sealed compartments protect evidence from environmental contamination, ensuring the integrity of each sample.

  3. Durable and Impact-Resistant: Constructed from high-quality materials to withstand transportation, handling, and long-term storage without compromising sample safety.

  4. Efficient Labeling and Tracking: Each compartment can be labeled for easy identification, and the system allows for comprehensive tracking of sample details and chain of custody.

  5. Compact and Practical: Designed to be space-efficient, the system is perfect for both small and large-scale forensic operations, allowing for easy storage and quick access.

Operational Use:

  1. Place Evidence into Compartments: Organize micro evidence into individual compartments, ensuring each sample is securely stored.

  2. Label and Record Information: Attach clear labels to each compartment with essential details such as sample type, source, and collection date.

  3. Seal and Store: Seal the system securely and store it in a controlled environment to protect the evidence.

  4. Retrieve for Analysis: When needed, easily access and retrieve individual samples without disturbing the rest of the evidence.

Scope:
The Multi-Sample Micro Evidence Storage System is ideal for use in forensic labs, crime scene investigations, medical research, and legal investigations, providing an efficient and secure method for storing small trace evidence.

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