By Vmicro
Lprobe life sciences AFM probe (coating Au/Si, tip 30 µm) Features - Long tip suited to cell imaging - New MEMS technology unlocking probe engineering - Cone angle and tip-cantilever angle unlocked and chosen by design - Symmetrical tip in 10° probe holders - Negligible squeeze film damping in water: No frequency and Q reduction close to surface Applications - Imaging of cells, bacteria, and tissues in liquid or air - PeakForce Tapping TM mode - ScanAsyst TM mode - High-resolution imaging of polymers and composite materials Specifications - Frequency: kHz, nominal 80.0, range 40-120 - Spring constant: N/m, nominal 0.5, range 0.1-1 - Tip height H t: µm, nominal 30.0, range 15-50 - Tip apex radius: nm, nominal 7.0, range 2-10 - Tip side angle θ: °, nominal 22.0, +/-0.5° - Tip-cantilever angle α: °, nominal 112.0, +/-0.5° - Cantilever length L c: µm, nominal 80.0, +/-1 - Cantilever width W c: µm, nominal 20.0, +/-1 - Cantilever thickness T c: µm, nominal 0.65, +/-0.15 - Cantilever backside coating: Au - Tip-side coating: Uncoated - Tip and cantilever material: p-doped Silicon 0.01-0.02 ohm-cm - Chip dimensions: mm, 3.4x1.6x0.4 Cantilever & tip details
Features - New MEMS technology unlocking probe engineering - Long tip with profiled shape - small cone angle - TrueTipView: Precise tip visibility thus accurate landing on sample - Vertical sidewalls probe chip for easy handling Applications - Topography imaging in oscillating modes - Tapping mode - Non-contact mode - True non-contact TM - Roughness measurements - Nanoscale imaging on highly corrugated samples - Challenging aspect ratios Specifications Specifications Tilted tip design: Compensates for the AFM head mounting angle, ensuring accurate data on diverse sample surfaces. Tip height 30 µm: Enables imaging of deeper or difficult-to-access sample regions. Half-cone angle <10°: Minimizes tip-sample convolution, ensuring more accurate morphological measurements. Guaranteed tip radius <10 nm: Provides reliable resolution for advanced AFM applications.
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LF0P8Au-Si15 | Lprobe fast AFM probe | Vmicro Features - New MEMS technology - Highly profiled tip with angle engineering - Tip visibility provides accurate landing - Vertical sidewall chip for safe handling Applications - Imaging of cells, bacteria, and tissues in liquid or air - Fast peakForce Tapping TM mode - Fast Wavemode TM mode - High-resolution imaging of polymers and composite materials Specifications - Frequency: 400.0 kHz (nominal), 200-600 range - Spring constant: 0.8 N/m (nominal), 0.2-3 range - Tip height H t: 15.0 µm (nominal), 05-60 range - Tip apex radius: 7.0 nm (nominal), 2-10 range - Tip side angle θ: 22.0 ° (nominal), +/-0.5° - Tip-cantilever angle α: 112.0 ° (nominal), +/-0.5° - Cantilever length L c: 40.0 µm (nominal), +/-1 - Cantilever width W c: 10.0 µm (nominal), +/-1 - Cantilever thickness T c: 0.65 µm (nominal), +/-0.15 - Cantilever backside coating: Au - Tip-side coating: Uncoated - Tip and cantilever material: p-doped Silicon 0.01-0.02 ohm-cm - Chip dimensions: 3.4x1.6x0.4 mm Cantilever & tip details
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NF003A2-A230 | Lprobe nano-FTIR AFM probe | Vmicro Features - PDMS-free and contamination-controlled - New MEMS technology - Long tip increases spectral range - Highly profiled tip with angle engineering - Precise tip visibility enables accurate landing on sample - Vertical sidewall chip for safe handling Applications - Enhanced s-SNOM spectroscopy in the mid-infrared region - s-SNOM imaging in the mid-infrared region - Soft probe, optimal for combined s-SNOM and KPFM imaging Specifications Frequency: 90.0 kHz nominal, range 50-150 Spring constant: 3.0 N/m nominal, range 1-8 Tip height H t: 30.0 µm nominal, range 15-50 Tip apex radius: 70.0 nm nominal, range 55-90 Tip side angle θ: 15.0° nominal, +/-0.5° Tip-cantilever angle α: 118.0° nominal, +/-0.5° Cantilever length L c: 115.0 µm nominal, +/-1 Cantilever width W c: 40.0 µm nominal, +/-1 Cantilever thickness T c: 1.4 µm nominal, +/-0.15 Cantilever backside coating: A2 Tip-side coating: A2 Tip and cantilever material: p-doped Silicon 0.01-0.02 ohm-cm Chip dimensions: 3.4x1.6x0.4 mm
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