MICRO-PIPETTE
- Glass-made micro-pipette engineered as a capillary-shaped tool for precision liquid transfer and sample absorption with sub-microliter accuracy
- Wide range of capillary diameters from 1μm to 50μm to accommodate different sample viscosities, volumes, and collection requirements
- Enables solid absorption with vacuum absorption tool set or liquid extraction and release with micro-injector systems for complete sample transfer flexibility
- Ideal for applications where particle size must be verified larger than the tool’s inner diameter to ensure successful collection without blockage
- Provides exceptional precision in liquid handling and sample extraction from confined or delicate environments with minimal dead volume
- Compatible with both automated micromanipulator systems and handheld manual operations with heavy-duty MPH variants for maximum versatility
- Solid Particle Absorption with Vacuum - Collect solid particles ranging from microparticles to small objects using appropriately-sized capillary with vacuum absorption tool set. Precise dimensional control enables reliable capture of individual particles or small aggregates. Essential for contamination analysis, particle characterization, and sample preparation in semiconductor and materials science applications.
- Liquid Extraction and Precise Dosing - Extract sub-microliter quantities from confined areas and deliver precise doses to analytical instruments using micro-injector integration. Capillary geometry minimizes dead volume, ensuring complete sample transfer without residual contamination. Enables transport of samples across microscope stages with unprecedented precision.
- Biological Sample Transfer for Microanalysis - Manipulate individual cells, tissue fragments, and biological fluids at the subcellular level for cell biology research and in vitro diagnostics. Optical clarity of borosilicate glass enables simultaneous observation of sample location and movement. Critical for cell biology research, medical diagnostics, and biomaterial development.
- Microparticulate Suspension Sampling - Selectively sample microparticles from heterogeneous suspensions by matching capillary diameter to target particle size. Enables separation and analysis of specific particle fractions without requiring centrifugation or filtration. Valuable for particle size distribution analysis, quality control, and contamination investigation.
- Viscous Material Handling with Reduced Resistance - Transfer high-viscosity materials like oils, resins, and thick pastes using larger-diameter capillaries (20-50μm) to minimize flow resistance and manipulation force. Smooth capillary surface minimizes drag and wall effects, enabling consistent transfer of challenging materials with reduced operator effort.
- Contamination Analysis and Particle Collection - Collect microscopic contaminant particles from product surfaces for failure analysis and root cause investigation. Precise capillary sizing and dimensional control enable reliable collection of particles as small as 1-2μm. Collected particles can be transferred directly to analytical instruments for characterization and analysis.
MICRO-PIPETTE - PRODUCT SPECIFICATIONS
| Model Number | Capillary Type | Inner Diameter | Outer Diameter | Quantity | Volume Range | Primary Application |
|---|---|---|---|---|---|---|
| MP-001 | Capillary-shaped | 1μm | 3-5μm | 1 | 0.1-10 nL | Single-cell sampling, ultra-fine transfers |
| MP-005 | Capillary-shaped | 5μm | 8-10μm | 1 | 1-100 nL | Subcellular operations, nanoliter transfers |
| MP-010 | Capillary-shaped | 10μm | 15-18μm | 10 | 10-1000 nL | General purpose, precise liquid handling |
| MP-020 | Capillary-shaped | 20μm | 28-32μm | 1 | 100-10,000 nL | Larger volume transfers, particle collection |
| MP-050 | Capillary-shaped | 50μm | 70-75μm | 1 | 1-50 μL | High-volume transfers, batch operations |
| MPH-001 | Capillary-shaped (Heavy Duty) | 1μm | 3-5μm | 1 | 0.1-10 nL | Handheld manual operations |
| MPH-005 | Capillary-shaped (Heavy Duty) | 5μm | 8-10μm | 1 | 1-100 nL | Handheld manual operations |
| MPH-010 | Capillary-shaped (Heavy Duty) | 10μm | 15-18μm | 10 | 10-1000 nL | Handheld manual operations |
| MPH-020 | Capillary-shaped (Heavy Duty) | 20μm | 28-32μm | 1 | 100-10,000 nL | Handheld manual operations |
| MPH-050 | Capillary-shaped (Heavy Duty) | 50μm | 70-75μm | 1 | 1-50 μL | Handheld manual operations |
Technical Specifications:
- Material: High-purity borosilicate glass
- Inner Diameter Tolerance: ±0.05μm (MP Series), ±0.1μm (MPH Series)
- Optical Transparency: >99% UV-Visible
- Surface Finish: Optically polished
- Dead Volume: <0.1 nL (1μm) to <10 nL (50μm)
- Operating Temperature: -10°C to +60°C
- Compatibility: Vacuum absorption tool sets, micro-injector systems, micromanipulators