EasiCollect 20-Slot Rack, Reusable, 25/Pk
Qiagen SKU: WB120229

Featuring a reusable 20-slot design for organized handling of FTA-based collection cards, this sample card rack holds EasiCollect Cards for collection by the platform gripper. The gripper transports cards and plates to the punching station and back, supporting automated nucleic acid sample preparation. Each rack accommodates up to 20 EasiCollect Cards and can be used for storage or as a carrier on the deck of instruments such as the STAR Q Punch AS.

Key Rack Characteristics

• Holds up to 20 EasiCollect Cards per rack for organized sample handling.
• Reusable construction supports repeated workflow cycles.
• Compatible with platform gripper transport between collection and punching stations.
• Functions for long term sample storage or as an instrument deck carrier.

Key Workflow Characteristics

• Supports long term sample storage and improved elution of nucleic acids.
• Compatible with tailored protocols for different sample materials.
• Allows flexible sample scaling for various punch sizes and numbers.
• Helps reduce degradation and supports higher elution efficiency.
• Supplied 25 racks per pack.

This rack maintains sample organization and integrity throughout automated collection and punching workflows. Its reusable design provides reliable, repeatable performance on compatible punching platforms, helping laboratories streamline high-throughput nucleic acid sample preparation.

Pack Count

25

• Forensic DNA Sample Storage Holds EasiCollect Cards for long term storage of nucleic acid samples collected for downstream STR analysis.
• Automated Sample Punching Serves as a deck carrier on instruments such as the STAR Q Punch AS, presenting cards to the platform gripper for transport to the punching station.
• High-Throughput Nucleic Acid Prep Organizes up to 20 cards per rack to streamline batch processing in automated DNA workflows.
• Sample Transport and Handling Provides a reusable carrier that keeps collection cards organized and secure between collection and processing steps.