Download the Hamilton LabElite Brochure
Tube Capping, Decapping, and Barcode Readers for Sample Handling Workflows
Reduce manual sample handling and improve sample traceability
Is manual tube capping, decapping, and barcode tracking slowing down your sample handling or management workflows or increasing the risk of errors?
LabElite semi-automated and automated capping, decapping, and barcode reading solutions help streamline routine sample handling while improving traceability and workflow efficiency.
Designed for standalone use or integration with liquid handling and sample storage systems, LabElite benchtop and handheld solutions support more reliable sample processing across a range of throughput needs.
Designed for Sample Handling and Tracking Workflows
Supports:
- Sample tube capping and decapping
- 1D and 2D barcode reading
- Sample identification and tracking
LabElite helps improve accuracy and consistency across sample preparation, storage, and analysis workflows.
Impact on Lab Workflows
- Reduces repetitive manual tube handling
- Improves sample identification accuracy
- Enhances traceability across workflows
- Supports more efficient sample processing
- Helps standardize sample handling steps across users
Download the brochure to evaluate semi-automated and benchtop automated sample handling solutions for your workflows.
Key Considerations for Automated Sample Handling
- Sample traceability and identification accuracy
- Manual handling time and throughput constraints
- Semi-automated vs automated workflow needs
- Integration with liquid handling or sample storage systems
- Compatibility with tube formats and labware
- Impact on workflow efficiency and error reduction
Frequently Asked Questions
- What is the difference between semi-automated and benchtop automated tube capping and decapping systems?
- Can sample tube capping, decapping, and barcode reading be integrated into existing workflows?
- How do automated barcode readers improve sample traceability?
- Is automating tube capping and decapping valuable for lower-throughput labs?