JH-FJ48 Automated Sample Sorter
Designed for initial sorting after sample receipt, with barcode identification, automatic labelling and up to 48 sorting destinations.
- Barcode Identification
- Automated Labelling
- 48-Channel Sorting
Laboratory Automation Systems
Automate key sample-handling steps—from receipt and sorting to decapping, aliquoting, recapping and archiving—for consistent, high-throughput laboratory workflows.
Explore Standard Systems
Standard Systems
S60 Automated Sample Sorter
Supports 60 sorting destinations for high-volume laboratories with complex routing requirements.
- High Throughput
- 60 Channels
- Automated Labelling
FJ-15 Automated Sample Sorter
Continuous loading, automated identification and exception alerts for medium- to high-throughput sample processing.
- Continuous Loading
- Automated Identification
- Exception Alerts
FB-200 Automated Aliquoting System
Combines decapping, liquid-level detection, precise pipetting, automated aliquoting and cryovial dispensing for standardized high-throughput processing.
- Automated Decapping
- Precision Pipetting
- Automated Aliquoting
G-600 Automated Sample Recapper
Automates tube handling, recapping and unloading before post-analytical archiving.
- Automated Recapping
- Archive Preparation
- Continuous Operation
How to select laboratory sample automation
Map identification, sorting, post-analytical recapping and archiving before choosing standalone equipment or a coordinated workflow.
Define samples and peak demand
Prepare daily volume, peak arrivals, tube dimensions, barcode formats and sorting destinations for the configuration review.
Define integration boundaries
List existing instruments, LIS connections and available space. Discuss data exchange, manual handover and exception handling; confirm compatibility for each interface.
Agree on acceptance criteria
Validate representative workflows with the intended tube types. Define throughput conditions, exception records, training and maintenance requirements.