NanoWizard PURE
NanoWizard® PURE
NanoWizard PURE原子力显微镜将功能性和性能性集合在一个高价值仪器中。基于著名的NanoWizard技术平台，它提供高分辨率成像和纳米力学分析能力，可以与先进的光学显微技术无缝衔接
性能至上
著名品质
NanoWizard PURE 提供先进功能
使用电容传感器技术的独特探针扫描方式
PeakForce Tapping和QI模式，适用于针对精细样品的高分辨率成像与高级力控制
最新的V8软件环境提供直观操作和自动化例程、分析和数据处理功能
同类产品中卓越的性能表现
NanoWizard PURE 配备了创新的硬件与软件功能，非常适合希望开发尖端显微技术联用拓展能力的实验室，不论是经验丰富的AFM用户或者新手。
NanoWizard 平台优秀的模块化提供了出色的灵活性。其易操作和用户友好性使其非常适合多用户成像设施。
- 为探索生物学和标准应用提供颇具吸引力的默认配置，提供价值优异的功能和解决方案
- 掌握技术进步，引入与您研究需求相匹配的新模块和功能
- 可升级为布鲁克BioAFM premium NanoWizard 产品线
卓越的灵活性
NanoWizard PURE 在一系列科学领域提供创新的研究能力，从高度精巧的生物样品、活细胞、单分子、组织等研究，到纳米力学性质的量化和聚合物、软物质与先进材料的研究。
在缓冲液中使用Bruker PEAKFORCEHIRS-F-B探针进行PeakForce Tapping成像的DNA纳米结构。
扫描范围：300纳米 × 300纳米；高度范围：2纳米。
在PBS中使用Bruker FASTSCAN-D探针对云母上的淀粉样纤维Aβ(1-42)进行PeakForce Tapping成像。
扫描范围：650纳米 × 240纳米；高度范围：10纳米。
出众的多功能性与配件种类
丰富多彩的功能
NanoWizard PURE 提供了广泛的模式、附加组件和配件选择，可在各种应用中提供额外功能。NanoWizard PURE 可与先进的光学技术（如共聚集和超分辨率显微镜）以及结构照明技术（SIM）进行无缝组合，从而进行精确的相关测量并增强分析能力。
探索广泛的功能和选项，例如：
- 广泛的光学集成选项，例如 DirectOverlay2、DirectTiling以及适用于倒置光学显微镜操作的配件
- 用于纳米力学定量分析的 PeakForce QNM 和 QI 高级选项
- 力谱学ramp designer
- ExperimentalPlanner
- 纳米刻蚀和纳米操控
- 磁力显微模式（MFM），静电力显微模式（EFM）
- 最新便捷使用功能
更强的适配性
NanoWizard PURE 可根据个人用户、样品和应用的特定需求进行定制。它非常适合跨学科研究设施和合作科学环境。可通过不同选项扩展您的研究能力，例如：
- 开尔文探针显微镜
- 导电AFM
- 压电响应显微镜
- Cytosurge FluidFM® 技术
- 接触谐震AFM
- 扫描隧道电流显微镜
- 扫描热AFM
- 可结合光学显微镜与温度控制的电化学与扫描电化学显微镜模式
- 微管功能
新型易于使用的带有铰链夹选项的悬臂支架，生物相容且适用于多仓容器。
精选使用NanoWizard PURE前代系统的发表文献
- Nasra, S. et al., Targeted Macrophage Re‐Programming: Synergistic Therapy With Methotrexate and RELA siRNA Folate‐Liposome in RAW264.7 Cells and Arthritic Rats. Adv Healthcare Materials 2400679 (2024).
- Wu, M. et al., Sustainable Microalgae Extraction for Proactive Water Bloom Prevention. Nat Water 2 (2), 172–182 (2024).
- Muralidharan, V. et al., Preparation and Evaluation of Novel Biodegradable Kombucha Cellulose-Based Multi-Layered Composite Tableware. Industrial Crops and Products 215, 118629 (2024).
- Barot, R. B. et al., Nanoparticles Derived from Bougainvillea Modulate Vegetative Growth via Auxin–Cytokinin Signaling in Arabidopsis. Chem. Pap. 2024.
- Zhang, E. et al., Mechanism Analysis of Lignin’s Effect on Asphalt’s Resistance to Moisture Damage. Journal of Cleaner Production, 434, 139425 (2024).
- Louros, N. et al, Local Structural Preferences in Shaping Tau Amyloid Polymorphism. Nat Commun 15 (1), 1028 (2024).
- Bhadane, P. et al., Hydrolytically Stable Nanosheets of Cu-Imidazolate MOF for Selective Trapping and Simultaneous Removal of Multiple Heavy Metal Ions. Environ. Sci.: Nano 10.1039.D3EN00754E (2024).
- Han, M. et al., Calcium Ions Have a Detrimental Impact on the Boundary Lubrication Property of Hyaluronic Acid and Lubricin (PRG-4) Both Alone and in Combination. Colloids and Surfaces B: Biointerfaces 234, 113741 (2024).
- Nasra, S. et al., Bortezomib-Loaded Immunoliposomes against CD44 Expressing Macrophages: An Interplay for Inflammation Resolution. Nanoscale 16 (10) (2024).
- Desroches, P. E. et al., Biphasic Nanocomposite Films of Polypyrrole and Poly(3,4-Ethylene Dioxythiophene) Using a Surface-Tethered Dopant Strategy. Electrochimica Acta 489, 144227 ( 2024).
- Abid, K. et al, A Study of Screen-Printed Electrodes Modified with MoSe2 and AuNPs-MoSe2 Nanosheets for Dopamine Sensing. Electrochimica Acta 475, 143371 (2024).
- Singh, S. et al., Synergistic Effect of Yb 3+ , Tm 3+ , Nd 3+ Doped NaYF 4 Nanoparticles and MoS 2 Nanosheets for Enhanced Photocatalytic Dye Degradation under Visible Light. ACS Appl. Nano Mater. 6 (12), 10441–10452 (2023).
- Kang, M. et al., Surface and Conductivity Characterization of Layered Organic Ionic Plastic Crystal (OIPC)-Polymer Films. ACS Appl. Mater. Interfaces 15 (49), 57750–57759 (2023).
- Newman, P. L. H. et al., Programming of Multicellular Patterning with Mechano‐Chemically Microstructured Cell Niches. Advanced Science 10 (15), 2204741 (2023).
- Zhang, C. et al., Mechanistic Formulation of Inorganic Membranes at the Air–Liquid Interface. Nature 616 (7956), 293–299 (2023).
丰富的配件选择范围
光学系统/附件、电化学解决方案、样品电学表征、环境控制选项、软件模块、温度控制、声学和振动隔离解决方案等。布鲁克为您提供适合控制样品条件和进行成功实验的正确附件。
Browse NanoWizard PURE Accessories
Accessories to extend your BioAFM capabilities
Bruker offers an extensive range of BioAFM system add-ons, accessories, and modes to deliver maximum experimental and sample control, superior versatility, and enhanced useability. These options extend the range of applications and experiments supported by Bruker BioAFMs far beyond what is possible with any other BioAFM system on the market today.
Available options include optical systems/accessories, electrochemistry solutions, electrical sample characterization, environmental control options, software modules, temperature control, acoustic and vibration isolation solutions, and more.
Browse our online accessories database or download our accessories handbook to learn more.
观看近期的BioAFM网络研讨会
我们的网络研讨会涵盖了最佳的操作方法，介绍新的产品，为棘手的问题提供快速解决方案，并为新的应用、模式或技术提供思路。
Testimonials
"NanoWizard PURE is a powerful system that can be seamlessly integrated with optical techniques. Its versatility makes it ideal for the routine and advanced nanomechanical analysis of samples as diverse as hydrogels, soft tissues, bone, and exoskeletons in our laboratory. It is a robust solution that provides reliable results and advances our understanding of mechanobiology in biological matter."
Asst. Prof. Meisam Asgari, University of South Florida, Tampa, USA
