Accelerating the breakthroughs that create a brighter future for our world

Meet Ultim® Max ∞ – Unlock the Infinite Potential of EDS

Ultim® Max ∞ (“Infinity”) redefines what’s possible in Energy Dispersive Spectroscopy (EDS) for SEM. Engineered to deliver unmatched accuracy, sensitivity, and speed, Infinity detectors empower AZtecLive software to tackle even the most demanding micro- and nano-characterization challenges.

Key Benefits:

• Larger Sensors, Same Performance: Up to 170 mm² with guaranteed consistency across all sizes 
• Higher Count Rates for Better Outcomes: Ideal for both nanoanalysis and microanalysis
• Exceptional Resolution: Powered by Extreme II low-noise electronics, delivering a guaranteed C resolution ≤ 46 eV @ 50,000 cps
• Elemental Precision in Nano-Structures: Accurately distinguish subtle variations in composition
• Fast & Accurate Results: Detect lower concentrations and reduce time-to-answer
• Realistic Maps & Quantification: Results that reflect the true nature of your sample
• Tru-Q® IQ Processing: Individual detector-specific processing ensures every system delivers consistent, reliable outcomes

Ultim Max ∞ isn’t just a detector—it’s your gateway to the future of materials characterization.

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Symmetry 

Ultim Max

BEX

Nanomanipulators

AZtec Crystal - new

AZtec Live

AZtec Feature

NI

Raman

RISE

Cypher

Jupiter

Meet Unity: The World’s First BEX Imaging Detector 

Unity redefines electron microscopy by merging Backscattered Electron and X-ray imaging into a single, high-speed technique—BEX. Launched at M&M 2023, Unity delivers instant, high-resolution images that combine topographic, crystallographic, atomic number, and elemental data in one view. 

Key Benefits:

• 100x Faster: Image and analyze entire samples in minutes
• All-in-One Imaging: Combines multiple data types into a single visual output
• Smart Design: Dual-sensor head fits under the microscope pole-piece
• Effortless Navigation: Simplifies complex analysis with intuitive workflows

Discover how Unity can transform your lab’s productivity and precision.

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Nanoindentation: Mechanical Microscopy

Oxford Instruments’ nanoindentation systems deliver precise mechanical property measurements at the micro- and nanoscale—both in-lab and under real-world conditions.

Key Benefits:

• In-Situ Innovation: FT-NMT04 is the world’s first MEMS-based SEM nanoindenter, offering unmatched resolution and repeatability inside SEM/FIB environments
• Operando Performance: iX05 enables testing in extreme conditions—high/low temperatures, high strain rates, and liquid environments
• Real-World Relevance: Quantify material behavior under application-specific conditions
• Next-Gen Capability: Combine MEMS precision with environmental control for advanced mechanical microscopy

These systems redefine how researchers visualize and understand mechanical performance—making nanoindentation faster, more flexible, and more insightful.

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RISE Microscopy: Correlative Imaging, Redefined 

RISE Microscopy seamlessly integrates Raman Imaging and SEM into a single instrument with a shared vacuum chamber—delivering unmatched chemical and structural insights in one workflow.

Key Benefits:

• Correlative Power: Overlay chemical and surface structure data with precision
• Automated Workflow: Fast, hands-free switching between imaging modes
• Enhanced Capabilities: Compatible with EDS, EBSD, and BEX detectors
• High-Resolution Results: Achieve detailed, multi-modal analysis in minutes

RISE brings together the best of spectroscopy and electron Microscopy—making complex analysis simpler, faster, and more powerful.

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witec360: Take your research in any direction with our new Raman microscope

The witec360 offers a flexible, modular platform for confocal Raman imaging and correlative microscopy, designed to deliver high-performance, research-grade results while adapting to evolving research needs.

Highlights:

• Customizable Configurations: Fully modular system architecture enables tailored setups and future-ready scalability for diverse applications
• Correlative Options: Seamlessly integrates multiple imaging techniques to correlate chemical and structural information for deeper insight
• Broadband Performance: Delivers exceptional spectral flexibility with class-leading speed, sensitivity, and resolution
• Advanced Automation: Intuitive software and automated workflows simplify data acquisition, ensure reproducibility, and accelerate analysis

From multi-user facilities to cutting-edge research environments, the witec360 empowers scientists to achieve comprehensive, high-quality results—faster and with greater confidence.

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Jupiter Discovery AFM

The Jupiter Discovery AFM offers a powerful, flexible platform for advanced atomic force microscopy, combining next-generation performance with exceptional ease of use to support both new and experienced users.

Highlights:

• Customizable Configurations: Highly configurable system with a wide range of accessories and upgrade options to support diverse, multidisciplinary research needs
• High-Performance Imaging: Delivers ultra-high resolution with a best-in-class noise floor and scan speeds up to 5–20× faster than other large-sample AFMs
• Advanced Automation: Features AutoPilot and FFM-Topography modes, along with intuitive Ergo software, to automate setup and simplify high-quality data acquisition
• Ease of Use: Streamlined workflows with pre-mounted probes, one-click alignment, and smart navigation tools enable users to go from sample to results in minutes

From core facilities to cutting-edge R&D labs, Jupiter Discovery accelerates discovery by making high-performance AFM more accessible, productive, and reliable.

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Cypher AFM

The Cypher AFM family offers a high-performance, flexible platform for ultra-high-resolution atomic force microscopy, designed to deliver unmatched imaging quality, fast scanning, and versatile measurement capabilities across materials and life science research.

Highlights:

• Customizable Configurations: A range of models (Cypher L, S, ES, and VRS) and upgrade paths provide flexibility to match evolving research needs and budgets
• Ultra-High Resolution & Speed: Industry-leading resolution with low noise and drift, combined with fast scanning that delivers results in seconds—even enabling video-rate imaging
• Advanced Measurement Capabilities: Supports a wide range of nanomechanical, electrical, and functional property measurements for comprehensive nanoscale characterization
• Environmental & Correlative Flexibility: Integrated options for imaging in air, liquid, and controlled environments, enabling studies under real-world or in situ conditions 

From fundamental research to dynamic nanoscale processes, the Cypher platform empowers researchers to capture high-resolution data faster, more accurately, and across a broader range of applications.