显微镜

生物型原子力显微镜

将获取生物样品中的物理结构、生化相互作用过程和力学性能信息变成可能，为生命科学研究带来独特洞见

高级成像

自从我们将具有轻敲模式™的AFM应用扩展到生命科学研究领域以来，布鲁克一直在帮助生物学家发现、理解、发布和推进他们对生物系统的知识。利用专为生命科学研究而设计的AFM专利技术，布鲁克的 BioAFM 能够提供最准确的活细胞定量力学性质成像、最高分辨率的生物分子和细胞成像、动态生物过程的快速扫描，以及 AFM与高级光学显微镜技术的无缝集成。

Products

找到最适合你的AFM

General-Purpose BioAFMs

BioAFMs for High-Speed Imaging

^_NEWNanoWizard ULTRA Speed 3

Fast automated imaging at 1,400 lines per second and seamless integration into advanced optical microscopy and super-resolution techniques.

NanoWizard ULTRA Speed 2

High-speed imaging and super-resolution AFM on inverted microscopes, paired with unparalleled flexibility.

JPK NanoRacer 生物型原子力显微镜

True high-speed imaging at 50 frames per second and exceptional usability for following molecular dynamics in real-time

BioAFMs for Cells and Tissues

NanoWizard V BioScience

Automated quantitative nano-mechanical imaging for long-term, self-regulating experiment series.

Nanowizard 生物型原子力显微镜

Extreme performance and ease of use for applications in Life Science and Soft Matter research ranging from single molecules to living cells and tissues.

JPK CellHesion 300 生物型原子力显微镜

Automated platform for measuring cell-cell, cell-tissue, and cell-substrate interactions with single-molecule sensitivity.

BioAFMs for Single-Molecule Applications

JPK ForceRobot 生物型原子力显微镜

For single molecule applications. Automated force spectroscope with optional temperature control and fluidics system.

Related Technologies

探索我们的虚拟展厅

应用

观察、探索和操纵标本

原子力显微镜是生物学和生物医学研究中越来越重要的工具，因为它的分辨率非常高，而且可以在模拟生理条件的大气甚至液体环境下对活细胞进行实验。AFM 还提供许多力学和电学性质（如弹性、刚度、电导率和表面电位）纳米级分辨率表面成像。生命科学研究人员正在积极研究这些特性如何对细胞交换、信号传导、细胞分裂和分化，甚至肿瘤转移和感染等细胞功能产生重大影响。

浏览我们的应用程序数据库

afm-ot-and-advanced-imaging-teaser-BRUKER

AFM/OT and Advanced Optics

BioAFM solutions for true correlative microscopy in life science research.

Cell Mechanics and Adhesion

Directly measure and quantify cell-substrate and cell-cell interactions at the single-cell level

bioafm-applications-electric-and-magnetic-teaser-BRUKER

Electrical, Magnetic, and Thermal AFM

Probe the relationship between surface structure and material functionality.

High-Speed AFM Imaging

Achieve sub-second nanometric imaging and scan speeds previously unattainable with traditional AFMs.

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Life Science Research

Obtain nanoscale structural details and mechanical properties of biomolecules and cells beyond the reach of traditional AFM

Nanomanipulation & Lithography

Modify the sample surface at nanometer resolution with Bruker AFM and Optical Tweezers technology.

Nanoscience

Detect surface structure, property, and functionality changes in engineered nanomaterials at sub-nanometer resolution with 3D AFM image scans.

Polymers

Correlate polymer structure, dynamic processes—including crystallization, phase separation, self-assembly, and electronic transfer—and function in real-world conditions

Raman, TERS, and SNOM

Combine AFM and Raman spectroscopy for simultaneous collection of topographic and chemical information at the highest spatial resolution.

图像库

探究生物分子，单细胞，组织

布鲁克的BioAFM使生命科学和生物物理研究人员能够进一步研究细胞力学和粘附、生物力学、细胞-细胞和细胞-表面相互作用、细胞动力学和细胞形态学等领域。我们收集了一组图像，来展示其中的一些应用。

查看我们的图像库

资源

Learn More About Our BioAFM Technology

Bruker has deep experience and expertise supporting life science and biophysics research in the fields of cell mechanics and adhesion, mechanobiology, cell-cell and cell-surface interactions, cell dynamics, and cell morphology.

We are eager to share this knowledge with the larger research community. Be sure to explore our extensive offering of BioAFM resources, below.

Contact us to discuss your specific application requirements and measurement needs with a BioAFM expert.