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Highlights

Cryogen-free

傅立叶80可以安装在通风罩或替补席上，无需新的基础设施，提供易维护和最小的所有权成本。

80 MHz

The Fourier has been designed for the highest data quality and stability at 80 MHz, with excellent lineshape, resolution and sensitivity.

Performance

新开发的现代软件接口通过预定义的，专用工作流指导用户。

Características

特征

易于安装：傅立叶，80 MHz高性能核磁共振（NMR）台式谱仪专为常规实验室设计。通过无低温磁铁设计，傅里叶使NMR能够在用户和运营商工作的实验室中获得。它可以安装在通风罩或替补席上，无需新的基础设施，提供易维护和最小的所有权成本。Benchtop的性能与直观的软件相结合，意味着任何实验室现在可以包含最终的分析答案，只能提供NMR。

易于使用：傅立叶功能Goscan™，一个新开发的现代接口，通过预先义的，专用工作流指导用户。新手NMR用户可以在GOSCAN软件中使用预定义的数据采集选择，或者自定义它们，而经验丰富的用户可以使用Bruker的行业标准TopSpin™软件进行更详细的采集参数。

Easy to do More: The Fourier has been designed for highest data quality and stability at 80 MHz, with excellent lineshape, resolution and sensitivity in 80 MHz homonuclear 1H or heteronuclear 1H/13C FT-NMR experiments. It runs Bruker's TopSpin™ software, giving users access to the extensive TopSpin library of 1D and 2D homonuclear and proton-carbon heteronuclear experiments and pulse programs.

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Beneficios

好处

易于拥有和维护

Cryogen-free永磁
不需要新的基础设施
Compact footprint
Installs on bench or in fume hood
Minimal cost of ownership

Aplicaciones

equicificaciones.

Specifications

Operating Frequency:	80 MHz（1H）
Nuclei:	仅1H-/ 13C，1H / 31P或1H / 129XE（联系我们）
1h灵敏度：	> 160:1 for 1% Ethyl Benzene (1H/13C system, incl. pulsed field gradient)
梯度力量：	> 0.25 T/m (25 G/cm)
自动化：	PAL RSI sample changer; up to 120 samples + 12 reference samples
1H Resolution:	< 0.4Hz @ 50% peak height < 16 Hz @ 0.55% peak height
Digital Lock:	External, no deuterated solvents needed
Sample Tubes:	standard 5mm diameter, 7’’-long NMR tubes
Dimensions:	~50 cm x 70 cm x 60 cm (Height x Width x Depth)
Weight:	~94 kg
实验室温度：	18-28°C
Lab Infrastructure needed:	不需要液氮或氦气 no water cooling required 功耗通常<300 w power: 100 – 240 V, 50 – 60 Hz 不需要额外的通风

Accesorios

傅里叶80年与朋友肢体重复性劳损症的人

Tackle the challenges. Remove the barriers.

对于基础研究，傅立叶提供了前所未有的灵活性。它可以使用与运行Bruker的高场NMR仪器的相同TopSpin™软件进行操作，因此科学家拥有自由度将其工作流程和从台式工作的技术调整到专用NMR实验室，并回来。

Fourier CrimeLab

获得有关未知物质的明确额定证据

Fourier ChemLab

Convenient, straightforward access to NMR structure verification

Fourier EduLab:

为学生提供核武器的力量的动手体验

Webinars

testimonios.

Testimonials

康斯坦茨Braouet，硕士学生，Hochschule Fresenius，Idstein，德国。

“As a student you do not often have the possibility to work on a NMR spectrometer. That’s why I felt honored to be able to work with the Fourier 80 during my Master thesis and to explore the capabilities of this new instrument. The Fourier 80 has a lot of potential in the analysis of small organic molecules (< 500 Da) and few-compound mixtures and can even be applied for quantification purposes. It is a method, which students can easily use in their laboratorial education, even if they have not heard a lot on NMR priorly. I am excited to test further features of the Fourier 80 and to see how students cope with the instrument, which they will be using for the analysis of organic synthesis products.”

Thomas Rudszuck, PhD Student in the group of Prof. Gisela Guthausen, Karlsruhe Institute of Technology, Karlsruhe, Germany.

“设备的操作非常直观，只需要轻微的手动参数调整来执行标准实验。这导致NMR光谱的许多新应用的潜力。此外，使用光谱实验的努力，有可能教学学生的讲座的内容。特别是对于“工程中的NMR”讲座，在焦点通常对工业应用上，稳健且易于使用的设备对学生来说非常令人印象深刻。“必威东盟体育

斯蒂文·纽马斯特教授，纯粹的IQ，Guelph，Guelph，Canada。

“For us, the Fourier 80 is a very powerful system, since it is designed by experts for the use by quality assurance technicians, who do not need much training for the operation. We are interested in R&D for ingredient authentication models for the use in the food, beverage and natural health products. Larger field NMR allows us to build libraries of spectra in which we can focus on specific metabolite fingerprints that could be utilized on the Fourier 80. Since this benchtop system can also be operated using the same software, TopSpin, it also allows samples, that are not well suited for low field NMR, to be run on higher field instruments to solve our questions. With this combination of NMR systems and third-party standards, such as those developed by Purity-IQ, we are on a common mission to democratizing molecular biology and bringing NMR metabolomics to society-at-large.”

Sami Jannin教授，UniversitéClaudeBernardLyon 1，里昂，法国。

“The Fourier 80 is a compact, easy to use FT-NMR benchtop instrument that has good sensitivity and resolution even at 80 MHz. When compared to high field NMR it also has some advantages such as resilience of the lock, shim and nutation angle with respect to sample formulation, as well as longer¹³C hyperpolarization lifetimes. With very little training needed, the Fourier 80 is perfect for teaching students, performing research with hyperpolarized¹³C和¹H旋转，甚至是常规NMR。每当低场NMR可用于满足特定需求时，我肯定会推荐傅里叶80.“

斯图尔特J.埃利博士，博士后研究员萨米·萨明教授，UniversitéClaudeBernardLyon1，法国里昂伯纳德·里昂1号。

“Amongst others, I am responsible for teaching NMR spectroscopy to our next generation of scientists. Since the Fourier 80 can be operated with very little training and minimal preparation, it is an excellent tool for introducing NMR spectroscopy to our students. It is very advantageous to be able to start experiments quickly, in contrast to high field NMR systems, where there is sometimes a prolonged interaction with the hardware before commencing experiments. With the Fourier 80, the only contact you have with the instrumentation is the insertion of the sample.对于自己的研究，Bruker Benchtop系统非常有益。我迫不及待地想开发新的方法，例如，与单态NMR相关，并引入脉冲场梯度为如此许多其他研究途径打开了门。“

Andre Simpson教授，多伦多大学，加拿大。

“我们一直在等待Bruker Benchtop系统。我们在加拿大运行环境NMR中心，并将低场NMR视为将为新用户带来的下一个关键步骤，并使群众更能访问NMR。但是，发展环境应用是非常具有挑战性的，并且可以说是低场的甚至更加困难。因此，我们需要最先进的工具。此外，Bruker的傅立叶80运行TopSpin并以相同的方式实现脉冲程序。在过去的二十年中，我们在高场开发了数百个自定义脉冲节目，这些可以在傅里叶80转移到傅立叶80，而不担心“如果它将工作”或“可以”可以“可以”可以“XYZ”，那么案件3.^rd党系统。结合脉冲场梯度，傅立叶80扩展了高级实验的应用，该应用对于与复杂的样本合作。“

Dr. René Jakelski, Daikin Chemical Europe GmbH, Düsseldorf, Germany.

"As one of the lucky beta-testers, Daikin was able to use the Fourier 80 to determine structures and impurities, for the QA of incoming material and novel synthesized components. Due to the self-explanatory user interface and the quick sample preparation even inexperienced users could be trained quickly and reliably. Coming from high-field NMR, we used the Fourier 80 for routine measurements, without the need for additional lab-space, and could free precious measurement times."