This is a probe equipped with colloidal spheres instead of a standard tip. Colloidal spheres can be selected from multiple sizes.
This is a probe for atomic force microscopy and scanning probe microscopy. It is a contact mode probe with spherical particles fixed to a chipless cantilever, used for studying colloidal interactions between two surfaces and quantifying interaction characteristics. ● Applications - Direct measurement of surface forces - Colloidal interactions at the single particle - particle level - Direct measurement of cellular mechanics - Adhesion force measurement - Study of colloidal interactions between particles and surfaces
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basic information
This is a probe for atomic force microscopy and scanning probe microscopy. It is a contact mode probe with spherical particles fixed to a chipless cantilever, used for studying colloidal interactions between two surfaces and quantifying interaction characteristics.
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Delivery Time
※The delivery date may vary depending on the model and quantity, so please feel free to contact us.
Applications/Examples of results
- Direct surface force measurement - Single particle - colloidal interactions at the particle level - Direct measurement of cell mechanics - Adhesion force measurement - Study of colloidal interactions between particles and surfaces
Line up（15）
| Model number | overview |
|---|---|
| CPC_SiO2-A | [Resonant Frequency (typical)] 13 kHz, [Spring Constant (typical)] 0.2 N/m, [Spherical Size (typical)] 2 μm |
| CPC_SiO2-B | [Resonant Frequency (typical)] 13 kHz, [Spring Constant (typical)] 0.2 N/m, [Spherical Size (typical)] 3.5 μm |
| CPC_SiO2-C | [Resonant Frequency (typical)] 13 kHz, [Spring Constant (typical)] 0.2 N/m, [Spherical Size (typical)] 6.5 μm |
| CPC_SiO2-D | [Resonant Frequency (typical)] 13 kHz, [Spring Constant (typical)] 0.2 N/m, [Spherical Size (typical)] 10 μm |
| CPC_SiO2-E | [Resonant Frequency (typical)] 13 kHz, [Spring Constant (typical)] 0.2 N/m, [Spherical Size (typical)] 15 μm |
| CPFM_SiO2-A | [Resonant Frequency (typical)] 75 kHz, [Spring Constant (typical)] 2.8 N/m, [Spherical Size (typical)] 2 μm |
| CPFM_SiO2-B | [Resonant Frequency (typical)] 75 kHz, [Spring Constant (typical)] 2.8 N/m, [Spherical Size (typical)] 3.5 μm |
| CPFM_SiO2-C | [Resonant Frequency (typical)] 75 kHz, [Spring Constant (typical)] 2.8 N/m, [Spherical Size (typical)] 6.5 μm |
| CPFM_SiO2-D | [Resonant Frequency (typical)] 75 kHz, [Spring Constant (typical)] 2.8 N/m, [Spherical Size (typical)] 10 μm |
| CPFM_SiO2-E | [Resonant Frequency (typical)] 75 kHz, [Spring Constant (typical)] 2.8 N/m, [Spherical Size (typical)] 15 μm |
| CPN_SiO2-A | [Resonant Frequency (typical)] 330 kHz, [Spring Constant (typical)] 42 N/m, [Spherical Size (typical)] 2 μm |
| CPN_SiO2-B | [Resonant Frequency (typical)] 330 kHz, [Spring Constant (typical)] 42 N/m, [Spherical Size (typical)] 3.5 μm |
| CPN_SiO2-C | [Resonant Frequency (typical)] 330 kHz, [Spring Constant (typical)] 42 N/m, [Spherical Size (typical)] 6 μm |
| CPN_SiO2-D | [Resonant Frequency (typical)] 330 kHz, [Spring Constant (typical)] 42 N/m, [Spherical Size (typical)] 10 μm |
| CPN_SiO2-E | [Resonant Frequency (typical)] 330 kHz, [Spring Constant (typical)] 42 N/m, [Spherical Size (typical)] 15 μm |
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Company information
MSH Systems Co., Ltd. introduces and provides cutting-edge scientific technologies and their products from both domestic and international sources to universities, research institutions, and corporate clients in Japan as quickly as possible, contributing to the realization of a richer future society. With 30 years of sales and service experience in the science and technology fields, along with strong trust relationships and responsible execution with our clients, we will act with all our efforts to become a good partner for everyone. Our ultimate goal is to ensure the satisfaction of not only our customers and manufacturers but also everyone involved with us.