BioNex BumbleBee Sample Handler

BioNex BumbleBee Sample Handler

Description

About the BioNex BumbleBee Sample Handler

The BioNex BumbleBee Sample Handler is an innovative sample handler designed to excel at the most complex sample transfer applications. Primarily designed to be integrated with BioNex Solution’s Hive™ Automation Platform, the Sample Handlers independent channels and rotating sample translators enable fast, simultaneous picking-from and placing-into any location on the sample deck.

Detail of pipette channels and sample locators

The BioNex BumbleBee Sample Handler can be configured with one to eight independent channels and multiple rotating sample translators, depending on the level of throughput required. For example, transfer of liquid samples from a source plate to a destination plate, any well to any well, can be continuously sustained with transfer rates as low as 3 seconds/sample. Source and destination plates can be changed on the fly during pipetting. This facilitates unheard of performance in hit picking or cherry picking samples in plate based applications. The BumbleBee Sample Handler is also capable of performing tube, vial and other sample format picking or reformatting.

• Fast transfer rates as low as 3 seconds/sample
• Simplifies complex sample reformatting
• Up to 8 independent channels and 4 rotating sample translators for optimal throughput
• Compatible with plates, tubes, vials, mixed formats

Key Features and BenefitsRemovable syringe with easy thumbscrew

• Fully independent channel and plate movement for speed and flexibility in all dimensions
• BioNex Synapsis software optimizes workflow for optima throughput
• Customizable deck for sample handling applications(shakers, stirrers, magnetic bead adapters)
• Compatible with 96, 384, 1536 ANSI/SBS plates, tube racks and consumables
• Adaptable to non ANSI formats

Liquid Handling

• Volume range 0.5–700 μL with <5% CV, disposable tips
• Disposable or fixed tips, tip shucking and washing
• Exchange source and destination plates whilst pipetting
• Failure tolerant, independent pipetting channels • Unique channel identification and cycle monitoring
• Snap on and off (<60 seconds) pipet/syringe modules
• Software adaptive error recovery