SampleJet

• Spinner-free open access applications: eliminate the need for spinners. SampleJet assemble the tube with shuttle, garanteeing insertion depth in the probe within 0.2mm for repeatable shims
• 96 positions for standard 7” NMR tubes; 3 positions for standard samples with spinners
• Setup pre-defined carousel positions and simplify routine calibrations with Bruker NMR reference standards or your own
• Five positions for well-plate sized NMR tube racks for batches of up to 480 NMR sample tubes.
• Automated switching between 5mm, 3mm, 1.7 or 1.0mm sample tube diameters to support higher sample concentration and improved sensitivity .
• Automatic tube and rack bar code identification
• Highest-speed sample exchange times for optimized high-throughput NMR workflows
• Ability to insert urgent samples
• Repeat measurements without unloading the entire batch
• Interrupt a batch queue with the addition of a priority sample
• Removal of samples or racks while the system is running
• Active capacity management for efficient removal of completed sample analyses
• Native integration to TopSpin™ and SpinPilot ™ spectrometer software
• Compatible with modern AvanceNeo consoles, as well as legacy AVANCE generations

Industrial automation applications

• Compound management QA
• Batch screening applications
• Routine NMR
• Synthesis control
• Special applications

Typical laboratory requirements

• Centralize valuable analytical assets
• Standardize workflows and increase experimental throughput
• Optimize sample turn-around-time from receipt of customer sample to communication of results
• Standardize on sample identification and registration workflows
• Standardize sample preparation routines (and sample container formats)
• Improve workflow standardization, while preserving workflow flexibility driven by dynamic sample prioritization

High-Throughput Tubes and Caps

Bruker offers:

• Unracked as well as single (1 x 96 tubes) and multiple rack (5 x 96 tubes) products
• As standard, each of the products includes patented shape caps with narrow angular tolerances, ECC200 coded to allow:
  • Tracking of samples and experiments with a 10-digit unique code, written both in machine-readable form and in human-readable numbers
  • The first 2 digits identify the tube diameters, the next 8 digits are a unique serial number
  • IDs mitigate errors due to incorrectly labeled samples, damaged barcodes, tube placement errors and missing samples
• Chemical resistance to common portfolio of NMR solvents such as CdCl3, MeOD, and DMSO
• Operation validated for use between from 4 °C to 60 °C
• Open or closed caps:
  • Open are ideal for applications requiring rapid access, easy pipetting, or frequent sample manipulation
  • Closed caps help minimize evaporation, reduce contamination risk, and support safer handling during storage or automated processing.
• Open and closed cap types are fully compatible with POM balls, ensuring:
  • Tight sealing
  • Simple visual cues to differentiate samples based on lab or user or solvent type