Different Types of Atomic Force Microscopes

As common these days, science has become increasingly reliant on Atomic Force Microscope (AFM). With help of AFM, researchers are focusing on the tiny particles that help to conduct research on misfolding diseases such as diabetes and tuberculosis. There are many achievements and progresses achieved by these microscopes. Some of the reliable Atomic Force Microscopes include:

B-AFM

The B-AFM is a complete system for routine scanning and education. B-AFM includes a computer with software, control electronics, and a stage; everything needed for AFM scanning. The electronics are located at the rear of the B-AFM stage, and only a single USB cable is connected between the computer and the stage.

The B-AFM has everything you need to perform routine scanning on a variety of samples for scientists and engineers with bigger ideas. Due to an intuitive design, this nanoscience instrument is ideal for education. The Basic Atomic Force Microscope is built with high quality material and it is the best option for scientists looking for routine sample scanning.

TT-2 AFM

TT-2 AFM is a second-generation tabletop Atomic Force Microscope and has all the important features and benefits expected from a light lever AFM.

TT-2 AFM can be used in many different fields. The Nanotechnology engineers/researchers, those want to do routine scanning of nano-structures can use the TT-2 AFM. Instrument innovators can use AFM as a platform to create a new instrument and educators can teach students about AFM construction, operation, and applications.

The TT-2 AFM Stage has excellent thermal and mechanical stability required for high resolution AFM scanning. Additionally, its open design facilitates user modification.

NP-AFM

The NP-AFM is a nano-profiler for analysis of features such as surface roughness and metrology of technical samples. Primary applications for the NP-AFM include process development and process control of technical samples.

The NP-Atomic Force Microscope is a complete nano-profiler tool including everything required for scanning samples: microscope stage, electronic box, control computer, probes, manuals, and a video microscope. Several stage options are available for many types of samples in order to create perfect nanoscience instrument for nano imaging and analysis.

LS-AFM

When an inverted optical microscope is required for locating cells or other biomaterials on a surface, the LS-AFM is used in life sciences applications. The LS-AFM can be retrofitted to almost any inverted optical microscope, or it can be purchased with the AFMWorkshop inverted optical microscope.

Once the LS-AFM is paired with an inverted optical microscope, it becomes tip-scanning atomic force microscope designed specifically for life science applications. This product includes everything required for AFM scanning: AFM stage, cables, inverted optical microscope adaptation plate, EBox, manuals, and AFM-Control Software.

SA-AFM

For large samples and industry, the Standalone AFM is a flexible AFM for scanning all sizes and shapes of samples. It can be easily integrated with all manufacturers’ inverted microscopes.

To buy high-value atomic force microscopes, you can choose AFMWorkshop, renowned atomic force microscope manufacturers. They offer a wide variety of Atomic Force Microscopes (AFM’s) to suit your research needs. For more information, feel free to visit https://www.afmworkshop.com.

Buy AFMWorkshop Microscopes to Handle Your Nanotechnology Research Needs

For nanotechnology research, Atomic force microscopes are essential for the visualization and measurement of nanostructures.

AFM Workshop’s innovative microscopes offer a balance between an affordable price and the rigorous performance required by many nanotechnology researchers. Their Atomic force microscopes offer the necessary resolution for the measurement of nanostructures including nanoparticles, DNA, thin films, polymers, and much more. AFM Workshop microscopes with noise floors as low as 0.08 nm, are fully capable of handling your nanotechnology research needs.

All the products offered by AFM Workshop are robust and can be used in single-user as well as multi-user laboratories. AFMWorkshop’s microscopes share a powerful and intuitive user interface that meets the needs of casual as well as advanced AFM operators.

Atomic Force Microscopes give great images of nanostructures on both soft and hard materials. AFMWorkshop microscopes have an open architecture to facilitate the development of novel instruments. These microscopes can be used by AFMWorkshop customers to create images used in publications.

AFMWorkshop products are widely used every day in both life and physical sciences throughout the world for nanotechnology research projects. AFMWorkshop products were introduced to the market in late 2010. They already have a growing list of almost 200 publications written by successful AFMWorkshop customers. To date there are 250 AFMWorkshop microscopes installed in laboratories.

When it comes to scanning samples, almost all type of samples including nanostructures, patterned surfaces, materials, and life science samples are scanned with AFMWorkshop microscopes. AFMWorkshop’s TT-AFM is a particularly useful AFM for labs with much more expensive Atomic Force Microscopes that are already dedicated to specialized experiments.

If you are looking for top-quality atomic force microscopes then get in touch with AFMWorkshop. AFMWorkshop guarantees their AFMs will run your application, and their customer service is always available to assist.

To learn more, feel free to visit https://www.afmworkshop.com.

All the Basics You Need to Know About Standalone AFM

For scanning all sizes and shapes of samples, SA-AFM is a flexible AFM. It is easy to integrate SA with inverted microscopes. SA-AFM is affordable and complete Atomic Force Microscopy system for life sciences samples, large samples, routine scanning of technical samples, and nanotechnology research.

Why use SA-AFM?

There are many benefits of using SA-AFM and some of them are given below:

Any sized sample can be scanned due to open frame design
Allows scanning small samples as it includes a bottom plate
Reduce time for probe exchange as probe exchange tool is included
Facilitates tip approach and laser alignment as it includes top view video microscope
Most common scanning modes included for many applications including vibrating, non-vibrating, phase, LFM, and advanced F/D
Can be used with most commercially available probes due to the flexible sample holder
Readily adaptable to new operating systems due to Labview software with USB communication

All standard scanning modes are included with the system using the industry standard light lever force sensor. While non-vibrating mode can be used for routine scanning, the vibrating mode is used for high resolution and soft samples.

The control software of SA-AFM is written in LabVIEW making it simple and intuitive to use and operate. Differing windows walk users through the process: a scanning window aids in acquiring images, a force position window measures force distance curves, a pre-scan window helps align the AFM probe, and finally, a system window assists in altering system parameters.

The SA-AFM is an ideal instrument for modes measurements, along with measuring the surface structure. If you want to use the SA-AFM System for scanning life science samples, large samples, routine scanning of technical samples, or for nanotechnology research, then get in touch with AFMWorkshop.

AFMWorkshop’s SA-AFM is a complete Atomic Force Microscopy (AFM) system and includes everything required for scanning all sizes and shapes of samples. To learn more, feel free to visit https://www.afmworkshop.com.

Different Types of Atomic Force Microscopes

As common these days, science has become increasingly reliant on Atomic Force Microscope (AFM). With help of AFM, researchers are focusing on the tiny particles that help to conduct research on misfolding diseases such as diabetes and tuberculosis. There are many achievements and progresses achieved by these microscopes. Some of the reliable Atomic Force Microscopes include:

B-AFM

TT-2 AFM

TT-2 AFM is a second-generation tabletop Atomic Force Microscope and has all the important features and benefits expected from a light lever AFM.

The TT-2 AFM Stage has excellent thermal and mechanical stability required for high resolution AFM scanning. Additionally, its open design facilitates user modification.

NP-AFM

LS-AFM

Once the LS-AFM is paired with an inverted optical microscope, it becomes tip-scanning atomic force microscope designed specifically for life science applications. This product includes everything required for AFM scanning: AFM stage, cables, inverted optical microscope adaptation plate, EBox, manuals, and AFM-Control Software.

SA-AFM

For large samples and industry, the Standalone AFM is a flexible AFM for scanning all sizes and shapes of samples. It can be easily integrated with all manufacturers’ inverted microscopes.

To buy high-value atomic force microscopes, you can choose AFMWorkshop, renowned atomic force microscope manufacturers. They offer a wide variety of Atomic Force Microscopes (AFM’s) to suit your research needs. For more information, feel free to visit https://www.afmworkshop.com.

Applications of Atomic Force Microscopy

For visualizing nanostructures and making measurements at the nano scale, atomic force microscopes (AFM) are an essential tool. AFMs are routinely used by scientists and researchers throughout the world to visualize surface structure and to make dimensional measurements.

Atomic Force Microscopes have a wide range of applications in physical sciences, life sciences and all disciplines of engineering. Here are a few of the common applications for atomic force microscopes:

Nanotechnology

Nanotechnology is an almagum of all disciplines of science and engineering, Atomic Force Microscopes are key nanoscale measurement instruments facilitating nanotechnology developments. Atomic force microscopes are essential tools for nanotechnology research, providing the necessary resolution for the visualization and measurement of nanostructures including nanoparticles, DNA, thin films, polymers, and more.

Life Sciences

AFMs are effective tool for scanning biological samples that are not possible to scan with any other type of microscope. Biomaterials, cells, and other soft samples can be scanned by AFMs in ambient air as well as liquids. Besides measuring 3-D images an afm can measure parameters including stiffness and adhesion.

Process Development/Control

Atomic force microscope is finding acceptance for evaluating samples for process development, and to control a process. Accuracy and precision can be assured by using standard measurement protocols and qualified probe tips. AFM measurements used in process control are typically made repetitively.

Instrument Innovation

Atomic force microscopes are ideal for instrument builders and engineers. They can be used as a platform for creating new instrumentation, such as new imaging modes. AFM can also be used in combination with another analytical instrument such as a mass spectrometer, nanoindenter, and IR spectrometer.

Nanoparticles

Atomic force microscopy can be used for Nanoparticle characterization. Often with an AFM information is gained that cannot be measured with dynamic light scattering, electron microscopy, and other optical characterization methods. AFM allows 3D characterization of nanoparticles with sub-nanometer resolution.

Photonics

AFMs are ideal for the analysis of materials used in the photonics industry. Thus, it offers substantially better horizontal and vertical resolution than optical and stylus profilers.

Polymer Characterization

Atomic force microscopy is an ideal method for imaging polymers, imaging polymers blends, and polymer composites with nanometer lateral resolution. For polymer applications, the AFM gives better resolution than optical microscopy and unlike in a scanning electron microscope, an AFM does not require coating the sample before imaging.

If you want to learn more about Atomic Force Microscopes (AFMs) applications or AFMWorkshop products, contact AFMWorkshop or one of our distribution partners. For more information, please visit https://www.afmworkshop.com.