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AFM Probes, Tips and Cantilevers

AFM Expertise Built Into Every Probe

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Fall Promotion—Get 15% Off!

Get 15% off when you buy 2 or more packs of OLTESPA-R3 or OTESPA-R4. Use promo code FALL23 at checkout.                                  Fall Promotion—Get 15% Off!  Use code FALL23 during checkout. Now through December 1, 2023, get 15% off when you buy 2 or more packs of OLTESPA-R3 or OTESPA-R4! These probes allow you to reliably target any point of interest. Just align the free end of the cantilever with the sample feature of interest when in the navigation GUI of your AFM, and hit Engage. Since the tip is located directly beneath the cantilever apex, it will land in the perfect position every time! Both probes feature tetrahedral sharpened tips with 7 nm tip radii for crisp topographic images. OLTESPA-R3 has a 70 kHz frequency and 2 N/m spring constant, while OTESPA-R4 has a 300 kHz nominal frequency and 26 N/m spring constant, making them a perfect pairing for a wide range of polymeric, metallic, semiconductor, ceramic, and similar samples.   To take advantage of the fall probes promotion, use promo code FALL23 during check out. Promotion valid thru December 31, 2023. US customers only. Shipping charges are not discounted. Promotion cannot be combined with other promotions or bulk discount rates. Contact Bruker for assistance or more details.       Need help selecting the ideal probe for your application? Choosing the ideal AFM probe for your application can be difficult, but Bruker's AFM experts are here to help! Contact us today to discuss your research goals and learn which probes will optimize your results.
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OTESPA is back in stock!

Two of our most popular visible-tip probes are back in stock: OLTESPA-R3 and OTESPA-R4! Get yours today. OTESPA is back in stock! Two of our most popular visible-tip probes are back in stock: OLTESPA-R3 and OTESPA-R4! Get yours today. These probes allow you to reliably target any point of interest. Just align the free end of the cantilever with the sample feature of interest when in the navigation GUI of your AFM, and hit Engage. Since the tip is located directly beneath the cantilever apex, it will land in the perfect position every time.  Both probes feature tetrahedral sharpened tips with 7 nm tip radii for crisp topographic images. OLTESPA-R3 has a 70 kHz frequency and 2 N/m spring constant, while OTESPA-R4 has a 300 kHz nominal frequency and 26 N/m spring constant, making them a perfect pairing for a wide range of polymeric, metallic, semiconductor, ceramic, and similar samples.   Get yours while they're still in stock!        Need help selecting the ideal probe for your application? Choosing the ideal AFM probe for your application can be difficult, but Bruker's AFM experts are here to help! Contact us today to discuss your research goals and learn which probes will optimize your results.  
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NEW! Spherical Probes for BioAFM

Designed for life science microrheology applications and quantitative nanomechanical mapping on biological samples. Bruker has introduced sphere tip versions of our popular MLCT and SAA probes.  These novel BioAFM probes are designed specifically for life science microrheology applications and quantitative nanomechanical mapping of living cells, tissues, hydrogels, and other biological samples. Spherical probes have a known geometry that's good for modeling to get mechanical properties. Different sizes are good for different samples/applications, providing flexibility.   Learn more about our spherical probes here: MLCT-SPH-1UM MLCT-SPH-1UM-DC MLCT-SPH-5UM MLCT-SPH-5UM-DC MLCT-SPH-10UM MLCT-SPH-10UM-DC SAA-SPH-1UM SAA-SPH-5UM SAA-SPH-10UM          
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2023 AFM Probes Selector Guide

Need help selecting the right probe for your application and sample? Get a free download of our probes selector guide. Download Our 2023 AFM Probe Selector Guide This guide details some of our most popular probes, categorized by application. You can learn how to decipher probe names from the handy reference table, explore application-specific recommendations, and make probe specification comparisons.  Bruker AFM Probes Selection Guide [2023]
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Bruker's Guide to AFM Modes

Showcasing the growing suite of  modes for measuring nanoelectrical, nanomechanical, & nanochemical properties. The full-length recording of this webinar is now available on-demand. Characterize much more than just nanoscale topographic features. In this webinar, Bruker AFM experts showcase the growing suite of AFM operational modes for nanoelectrical, nanomechanical, and nanochemical property measurement, with special attention paid to the modes most frequently used in leading-edge research and the combined use of multiple AFM modes. The presentation includes 22 case studies highlighting the diverse range of AFM modes employed in various critical applications within materials research and industry.   Watch the on-demand recording or download the webinar recap to find out more.    
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