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Thumbnail Filmstrip of Crimp Top 11mm Amber Glass 0.3mL HPLC Autosampler Vials w/ Micro-Insert, 100/Pk Images
Crimp Top 11mm Amber Glass 0.3mL HPLC Autosampler Vials w/ Micro-Insert, 100/Pk - CV2061
Designed for sub-milliliter sample volumes, Tisch integrated micro-insert vials reduce dead volume and deliver consistent needle-to-sample positioning across injections. Integrated design eliminates the air gaps and misalignment inherent in loose-insert configurations, reducing injection volume variability in quantitative trace-level methods. Stringent manufacturing tolerances across vials, caps, and septa ensure that every component in the sample containment chain performs to the specifications modern analytical methods demand.
Matching the right vial, cap, and septum configuration to your instrument and application ensures that sample containment never becomes a source of analytical uncertainty. Bonded insert construction gives you the consistent needle-to-sample positioning that loose inserts cannot guarantee, improving injection precision across your full sequence. Standardize your sample containment system on components engineered for the dimensional precision and chemical inertness your chromatographic methods demand.
Compatible Chromatography Components
| Crimp Caps | 11mm Silver Aluminum Crimp Caps — Standard and Pre-Slit Septa |
| Snap Caps | 11mm Polypropylene Snap Caps — Natural, Blue, Red |
| Septa | 11mm PTFE/Silicone — Standard and Pre-Slit |
| Vials | 11mm Crimp and Snap Clear and Amber Glass Vials (1.5mL) |
- Cap Size
- 11mm
- Capacity
- 0.3mL
- Color
- Amber
- Construction
- Borosilicate Glass
- Diameter
- 11mm
- Pack Count
- 100
- Vial Cap Type
- Crimp top
- Weight
- 0.75
- Pediatric Bioanalysis - Reduced dead volume enables accurate injection from the sub-milliliter specimen volumes typical in pediatric studies.
- Trace-Level Quantitation - Conical micro-insert geometry channels limited sample volume to the needle tip for maximum analyte recovery.
- Stability Study Samples - Micro-volume design accommodates the small aliquots pulled from time-point stability testing protocols.
- Method Development - Reduced sample requirement per injection accelerates method optimization when reference standards are quantity-limited.
- Precious Sample Recovery - Integrated insert eliminates the dead-volume losses that compromise quantitation of irreplaceable research specimens.
- Metabolite Identification - Low-volume capability supports injection of concentrated extracts without dilution-related sensitivity losses.