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Confocal Raman Microscope Price: What You Need to Know Before Investing

Confocal Raman Microscopy is one of the most powerful techniques available for non-destructive chemical analysis and 3D imaging at the microscale. But with advanced capability comes a critical question for researchers, lab managers, and procurement teams alike:

How much does a confocal Raman microscope cost?

The answer isn’t as straightforward as a single number. The price of a confocal Raman microscope can vary significantly based on a range of technical specifications, configurations, and included accessories. In this post, we’ll break down the factors that influence cost and help you understand what to expect when budgeting for this advanced instrumentation.

What Is a Confocal Raman Microscope?

Before diving into pricing, it’s helpful to understand what you’re paying for.

A confocal Raman microscope combines the vibrational spectroscopy power of Raman analysis with the spatial precision of confocal optical microscopy. This synergy enables users to chemically map samples in 2D and 3D with sub-micron resolution. It’s widely used in:

  • Materials science
  • Pharmaceuticals
  • Semiconductor analysis
  • Nanotechnology
  • Life sciences

This versatility makes it a high-value tool—but also one that varies widely in scope and complexity.

Confocal Raman Microscope Price Range

While pricing can vary depending on vendor and configuration, here’s a general estimate:

System LevelTypical Price Range (USD)Who It’s For
Entry-level Confocal Raman Microscope$80,000 – $120,000University labs, academic research, small R&D teams
Mid-range System with 3D Imaging$120,000 – $200,000Industrial R&D, quality control labs, multi-user facilities
High-end, Multi-Laser Confocal Raman System$200,000 – $400,000+Advanced research centers, semiconductor fabs, nanotech labs

Note: These prices often exclude optional accessories such as environmental chambers, additional laser lines, or ultra-low frequency filters.

What Affects Confocal Raman Microscope Price?

Several technical and support-related features impact the final cost:

1. Number and Type of Lasers:  High-end systems like the Confotec® NR500 support multiple laser lines (e.g., 488 nm, 532 nm, 633 nm, 785 nm, and 1064 nm) for optimal sample compatibility. Each additional laser increases both system complexity and cost.

2. Objective Lenses and Numerical Aperture (NA): Higher NA objectives offer better spatial resolution. Immersion objectives (oil, water, glycerin) cost more than standard air objectives and improve resolution for advanced imaging applications.

3. Spectrograph and Gratings: The spectral resolution and range are defined by the spectrograph. Echelle or multi-grating systems enable ultra-fine resolution, especially important for low-frequency Raman spectroscopy and stress analysis in semiconductors—but at a higher price point.

4. Detectors: Most systems include a CCD or EMCCD detector. For infrared lasers (e.g., 1064 nm), you may need a more specialized InGaAs detector, which adds to the price.

5. Confocal Optics : True confocal systems with a physical pinhole provide better resolution and 3D imaging capabilities than pseudo-confocal designs, and are typically more expensive.

6. Software and Automation : Automated XYZ stage control, advanced Raman imaging software, and integration with temperature stages or cryostats increase system functionality—and price.

Are There Ongoing Costs?

Yes. In addition to the upfront investment, consider:

  • Service contracts and maintenance
  • Software licenses and updates
  • Laser or filter replacement (after years of use)
  • Training or application support

Choosing the Right Confocal Raman Microscope for Your Budget

Rather than focusing solely on price, it’s important to match system capabilities to your application requirements. Ask:

  • What resolution and depth profiling do I need?
  • Do I need low-wavenumber or ultra-low frequency Raman capability?
  • Will I analyze sensitive or fluorescence-prone samples?
  • Is 3D Raman imaging essential?
  • What laser wavelengths are ideal for my materials?

For example, a mid-range Confotec® MR350 system might be ideal for general materials analysis and chemical mapping, while the Confotec® NR500 with multiple lasers and ultra-low frequency filters would be better suited for advanced nanotech or semiconductor research.

Final Thoughts on Confocal Raman Microscope Pricing

Confocal Raman microscope pricing reflects the sophistication of the technology. Whether you’re investing $50,000 or $400,000, you’re gaining a tool that can deliver precise, 3D, label-free chemical imaging of almost any sample.

If you’re exploring options, the best step is to talk to an expert. At Barnett Technical Services, we help you evaluate instruments like the Confotec® series to find the best match for your research and budget needs.

Get a Custom Quote

Need help navigating configurations, features, and pricing for Confocal Raman Microscopes?
Contact Barnett Technical Services today for personalized advice and a detailed quote.

Confocal Raman Microscopy: Principles, Capabilities, and Real-World Applications

In modern materials science, nanotechnology, and life sciences, the ability to chemically image microscopic structures with high precision is no longer a luxury—it’s a necessity. Confocal Raman Microscopy has emerged as a powerful, non-destructive analytical technique that meets this need by combining Raman spectroscopy with the spatial resolution of confocal optical microscopy.

But what exactly is Confocal Raman Microscopy, and how does it work?

What Is Confocal Raman Microscopy?

Confocal Raman Microscopy integrates the molecular specificity of Raman spectroscopy with the high-resolution imaging capabilities of a confocal microscope. It enables 2D and 3D chemical imaging of samples at sub-micron resolution without requiring sample preparation.

This technique is capable of identifying and mapping the chemical composition of a sample in three dimensions—making it ideal for analyzing multilayer films, polymers, semiconductors, pharmaceuticals, and biological materials.

How Does Confocal Raman Microscopy Work?

The core of this technology lies in combining several key optical components:

1. Laser Excitation : A monochromatic laser (e.g., 532 nm, 633 nm, or 785 nm) is used to illuminate a precise spot on the sample. The high-intensity laser light enhances the inherently weak Raman scattering signals.

2. Objective Lens: The objective lens focuses the laser onto the sample and collects the back-scattered light. Its numerical aperture (NA) plays a vital role in determining lateral and axial resolution. For example, with a 514.5 nm laser and an NA of 0.9, lateral resolution can reach ~360 nm.

3. Rejection Filters : To isolate the Raman signal, Rayleigh scattered light (which carries no chemical information) is removed using edge or notch filters. SOL Instruments, for example, offers BragGrate notch filters with bandwidths <10 cm⁻¹, allowing ultra-low-frequency Raman analysis.

4. Confocal Pinhole : A confocal pinhole eliminates out-of-focus light, ensuring only in-focus Raman signals are detected. This spatial filtering improves both image contrast and axial (Z-axis) resolution, which is critical for 3D Raman mapping.

5. Spectrograph and Detectors: The Raman scattered light is dispersed by a diffraction grating inside a spectrograph and captured by a CCD or EMCCD detector. High-resolution gratings (e.g., 1800 lines/mm or echelle gratings) allow the detection of subtle chemical differences, while EMCCDs enable fast, sensitive data collection.

Image Credit

Advanced Capabilities: Confotec® Raman Systems

SOL Instruments’ Confotec® series, such as the NR500, exemplify state-of-the-art Confocal Raman systems. These instruments can be configured with up to five laser lines and ultra-low frequency Raman filters, enabling the detection of Stokes and anti-Stokes signals down to 10 cm⁻¹—ideal for probing phonon modes, carbon nanotubes, and 2D materials like graphene. They also feature:

  • 3D scanning capabilities
  • Temperature-controlled stages (from -196°C to 1000°C)
  • High spectral resolution (FWHM as low as 0.017 nm with echelle gratings)
  • Volume Bragg Gratings (VBGs) for stable, high-throughput filtering

Applications of Confocal Raman Microscopy

The versatility of Confocal Raman Microscopy allows it to be used in an impressive range of disciplines:

Materials Science

  • Stress mapping in silicon wafers
  • Polymorphic analysis of pharmaceuticals

Nanotechnology

  • Characterization of carbon nanotubes (RBM, D-band, G-band)
  • Graphene layer identification via C-band

 Life Sciences

  • Protein structure analysis (e.g., keratin in nails)
  • Cell and tissue biochemistry
  • Degree of crystallinity in cellulose

Semiconductor and Electronics

  • Analysis of Li-ion battery degradation
  • Mapping semiconductor heterostructures (Si-Ge, GaN, QDs)

Forensics & Document Analysis

  • Ink discrimination
  • Sequence of handwritten layers
  • Pigment analysis through packaging

Advantages of Confocal Raman Microscopy

  • Label-Free and Non-Destructive
  • High Spatial and Spectral Resolution
  • 3D Chemical Mapping
  • Minimal Sample Prep
  • Simultaneous Imaging and Spectroscopy

Key Insights from Confocal Raman Microscopy

Confocal Raman Microscopy stands at the intersection of chemical insight and optical precision. Whether you’re investigating strain in semiconductors, crystal structures, or molecular compositions deep within a material, this technique offers a depth of information unmatched by traditional spectroscopy or microscopy alone.

If you’re looking for a system that combines sensitivity, resolution, and flexibility—SOL Instruments’ Confotec® series should be on your radar.

Looking to Upgrade Your Lab’s Imaging Capabilities?

Contact Barnett Technical Services to learn more about Confocal Raman Microscopes and how they can be configured for your research or industrial application.

Micromanipulator Price: What to Expect and How to Choose the Right System

If you’re involved in precision testing, micro-sample handling, or semiconductor analysis, chances are you’ve encountered the need for a micromanipulator. These highly specialized instruments are essential for tasks that require sub-micron accuracy—whether it’s electrical probing, particle manipulation, or targeted sample preparation.

But one of the most common questions we hear is:

“How much does a micromanipulator cost?”

The answer depends on several variables. In this blog, we’ll explore the typical micromanipulator price range, what drives the cost, and how to evaluate systems based on your application and budget.

What Is a Micromanipulator?

A micromanipulator is a precision device used to move or position tools—such as probes, electrodes, or pipettes—with high accuracy under a microscope. They’re used in industries such as:

  • Semiconductor and electronics testing
  • Materials science
  • Life sciences and biomedical research
  • Geology and mineral analysis
  • Photonics and optics assembly

Systems range from simple manual stages to fully automated, computer-controlled micromanipulation platforms.

Micromanipulator Price Range

Here’s a general estimate of micromanipulator pricing based on system complexity:

System TypeTypical Price Range (USD)Use Case
Manual Micromanipulator$2,000 – $6,000Basic micro-positioning, single-probe tasks
Motorized Micromanipulator$8,000 – $15,000Precision control for applications like electrical probing
Integrated Micromanipulator System$20,000 – $60,000+Automated systems with microscope integration and software control

Note: These are ballpark figures. custom configurations, accessories, and software licenses can add to the base cost.

Factors That Influence Micromanipulator Price

1. Control Type: Manual vs. Motorized: Manual micromanipulators are the most affordable but offer limited precision and repeatability. Motorized systems—like MicroSupport’s Quick Pro or Axis Pro—offer motorized control and are ideal for tasks requiring micron or sub-micron accuracy.

2. Number of Manipulator Arms: Basic setups may include one or two arms. Systems used for electrical probing or complex sample handling may require more arms, increasing the system’s cost.

3. Integrated Microscopy: Standalone manipulators can be mounted to existing microscopes, but integrated systems like the MicroSupport Axis Pro include high-resolution zoom optics and real-time imaging, significantly enhancing performance—and pricing.

4. Software & Automation: Advanced systems offer PC-based control, automated movement, and programmable routines. These features improve usability and reproducibility but add to the system cost.

5. Applications and Accessories: Micromanipulators tailored for electrical probing, sample collection, or ex-situ lift-out will require specialized tips, stages, and environment controls. Customization for SEM integration, cryo stages, or vibration isolation also influences price.

Micromanipulators from MicroSupport

Barnett Technical Services offers a full range of MicroSupport micromanipulators, including:

  • Quick Pro – Standalone, motorized arms for existing microscopes
  • Axis Pro – Integrated system with microscope and PC control
  • Collection Pro – For automated particle sorting and retrieval
  • Electrical Probing Systems – Configurable up to four arms

Each solution can be customized based on your lab needs.

Is a High-End Micromanipulator Worth It?

Investing in a high-precision micromanipulator system pays off if your work involves:

  • Repetitive tasks requiring accuracy and reproducibility
  • Sub-micron positioning of fragile samples or probes
  • Multi-probe electrical testing or semiconductor device analysis
  • Handling particles for failure analysis, QA/QC, or research

The return on investment comes in the form of time savings, increased accuracy, and minimized sample damage.

Request a Quote

Interested in learning more about micromanipulator pricing for your specific application?
Contact Barnett Technical Services for expert guidance and a customized quote.

We’ll help you choose the right configuration to meet your technical requirements and budget.

Barnett Technical Services Expands Capabilities with Launch of New Services

Barnett Technical Services (BTS) is excited to introduce a new range of services designed to meet the needs of industries and researchers. We have expanded our expertise to offer Thermal Testing, Raman Microscopy, Optical Characterization, and Microsampling. These services are created to help you get more accurate results and make better decisions in your projects, whether it’s for material analysis, quality control, or product development.

Advanced Thermal Testing Services

Understanding thermal properties is essential for material innovation and product development. BTS offers thermal testing services utilizing state-of-the-art Hot Disk thermal analysis instruments, available either on-site or through collaboration with the manufacturer. Our capabilities cover a wide range of thermal conductivities from 0.005 to 1800 W/mK and temperatures spanning from below 0ºC to as high as 1000ºC.

Our services include:

  • Thermal Conductivity Testing
  • Specific Heat Capacity Testing
  • Anisotropy Measurements to evaluate thermal conductivity in multiple directions

Using the Transient Plane Source (TPS) method and adhering to ISO 22007-2 standards, we deliver precise and reliable results. Our experienced team stands ready to assist with your thermal analysis requirements, helping you better understand material behavior under varied environmental conditions.

High-Resolution Raman Microscopy Analysis

Barnett Technical Services offers Confocal Raman Microscopy solutions with the advanced SOL Instruments MR350 Raman microscope. Utilizing 532 nm and 785 nm excitation wavelengths, our systems deliver precise and detailed chemical and structural material analysis.

Our Raman microscopy services support industries including:

  • Semiconductors
  • Pharmaceuticals
  • Chemicals
  • Polymers
  • Nanotechnology
  • Food and Beverage

We specialize in identifying and analyzing sample compositions and defects, providing critical insights for research and quality assurance. Whether investigating microscopic structures or detecting contamination, BTS ensures the delivery of accurate, actionable data.

Optical Characterization: Birefringence and Surface Stress Analysis

In fields where transparency and structural integrity are crucial, understanding material stresses is vital. BTS now offers Optical Characterization solutions that specialize in:

  • Birefringence Measurements to assess internal strain within transparent materials
  • Surface Stress Measurements to determine compressive stress (CS) and depth of layer (DOL) in surface-strengthened glass

With the use of advanced optical systems, our non-destructive evaluations help identify stress-related issues early, preventing potential product failures and ensuring long-term material performance.

Precision Microsampling Services

Handling microscopic samples requires exceptional precision and contamination prevention. BTS delivers specialized Microsampling services utilizing MicroSupport’s innovative micromanipulation technology.

Key features include:

  • High-precision positioning and movement of microscopic particles
  • Applications in contamination analysis and failure investigation
  • Utilization of the MicroSupport Axis Pro Benchtop Micromanipulator, featuring a zoom microscope, motorized arms, and PC-based control
  • Capability to manipulate particles as small as 1 µm, with options for surface material removal and delicate sample collection

Our microsampling solutions ensure accurate handling of sensitive samples, supporting industries in achieving reproducible results with minimal contamination risk.

Specialized Services to Support Your Needs 

Barnett Technical Services is focused on providing reliable support to researchers, engineers, and industry professionals. With our expanded range of services, we are here to help you with the tools and expertise necessary to meet the challenges in your work.

Whether you need testing for thermal properties, Raman microscopy analysis, optical stress measurements, or precise microsampling, we offer services that are designed to fit your specific needs and provide accurate results.

Visit our Services page to learn more about how we can assist with your research, quality control, and production. If you have questions or need further details, feel free to contact our team or complete a sample form. We’re ready to help.

Barnett Technical Services at ECS 2025: Advancing Micro Sample Handling, Thermal Analysis, and Raman Microscopy

Barnett Technical Services (BTS) is excited to exhibit at the Electrochemical Society (ECS) Meeting 2025, the premier event for electrochemistry and solid-state science. Join us from May 18-22 in Montréal, Canada, at booth 106 to explore groundbreaking solutions in micro sample handling, thermal analysis, and Raman microscopy.

Revolutionizing Micro Sample Handling with MicroSupport Micromanipulators

Precise micromanipulation is now effortless with MicroSupport’s advanced systems. These micromanipulators provide unmatched motion control, allowing researchers to handle microscopic objects with incredible accuracy.

  • Retrieve and manipulate micro samples with ease
  • Ideal for electronics, pharmaceuticals, and materials research
  • Equipped with a zoom microscope, motorized XYZ stage, and software-driven motion control

Whether you need to remove contaminants, analyze microscopic structures, or handle delicate materials, MicroSupport technology ensures precision and efficiency. BTS, an authorized distributor, offers full access to these revolutionary tools.

Hot Disk: Industry-Leading Thermal Analyzers

Understanding thermal properties is crucial for research and quality control. Hot Disk AB, a global leader in thermal analysis, provides advanced solutions to measure:

  • Thermal Conductivity
  • Thermal Diffusivity
  • Specific Heat Capacity

Hot Disk instruments are designed for flexibility and accuracy, ensuring optimal results for material characterization. BTS is proud to bring these world-class analyzers to researchers and engineers worldwide.

SOL Raman Microscopes: Advanced Spectroscopy Solutions

Raman microscopy is transforming chemical and structural analysis. SOL Instruments specializes in high-performance Confocal Raman Microscopes, offering:

  • Precise molecular and elemental analysis
  • Advanced spectroscopy solutions for research and industry
  • Reliable and innovative tools for material characterization

As an authorized distributor, BTS provides direct access to SOL’s industry-leading Raman microscopes, ensuring researchers have the best tools for their applications.

Explore the Future of Electrochemical Research at ECS 2025

ECS 2025 is a must-attend event for professionals in electrochemistry and solid-state science. This event offers:

  • A world-class technical program with expert-led presentations and panel discussions
  • Opportunities to network with scientists, engineers, and industry leaders
  • A cutting-edge exhibition showcasing the latest research and technology

Visit Barnett Technical Services at Booth 106

Meet our team and discover how our micromanipulators, thermal analyzers, and Raman microscopes can enhance your research.

Learn More:

We look forward to seeing you in Montréal!

Barnett Technical Services at SPIE Defense and Commercial Sensing 2025: Showcasing MicroSupport Micromanipulators

Barnett Technical Services (BTS) is excited to be exhibiting at SPIE Defense and Commercial Sensing 2025, the premier global event for sensing technologies in defense and commercial applications. Join us from April 13-17 in Orlando, FL, and visit us at booth 616 to explore advanced MicroSupport micromanipulators, designed to revolutionize micro sample handling.

Revolutionize Micro Sample Handling with MicroSupport Micromanipulators

MicroSupport’s micromanipulators are transforming micro sample handling in R&D and industry. These systems offer unmatched motion control, enabling precise manipulation of even the most delicate microscopic objects.

Imagine retrieving minute particles with pinpoint accuracy or processing specific areas on a sample with ease. MicroSupport makes it possible! This technology is ideal for a wide range of applications, from removing foreign contaminants in electronics and pharmaceuticals to analyzing microscopic crystals.

By combining a microscope with a MicroSupport micromanipulator, specialized micro-tools, and a stable environment, researchers achieve unparalleled performance in micro manipulation tasks. Barnett Technical Services, an authorized MicroSupport distributor, provides access to this comprehensive suite of tools, empowering you to tackle even the most demanding micro-object manipulation tasks.

Technical Activities at SPIE DCS

At this meeting, Steve Barnett is a Conference Co-Chair of Conference 13449 “Next-Generation Spectroscopic Technologies XVII” being held on April 14/15.  Dr. Barnett is also presenting some work of Soar Optics titled “Rapid surface imaging for dedicated process monitoring” (paper 13449-2) on April 14th at 9 AM in Tallahassee 2, Ballroom Level.

Beyond the Booth: Exploring SPIE Defense and Commercial Sensing 2025

SPIE Defense + Commercial Sensing is the leading global event focused on sensors, infrared technology, laser systems, spectral imaging, radar, lidar, and emerging sensing technologies. Attendees will have the opportunity to:

  • Discover the latest advancements in sensing and imaging technologies for defense and commercial applications.
  • Engage with industry experts and researchers to discuss groundbreaking innovations.
  • Explore a world-class exhibition featuring cutting-edge solutions in materials, components, systems, and analytics.

Don’t miss this opportunity to connect, learn, and stay ahead in the rapidly evolving field of sensing technology! Visit the SPIE Defense + Commercial Sensing website for more details on registration and event programming.

See You at Booth 616!

Visit Barnett Technical Services at booth 616 to explore advanced MicroSupport micromanipulators. Our team of experts will be on hand to answer your questions and demonstrate how these powerful tools can enhance your research and industrial applications.

Learn More:

We look forward to seeing you in Orlando!

Micromanipulator Demo at MIT

The MicroSupport Axis Pro Micromanipulator provides capabilities for precise micro sampling. A wide range of sampling tools are available including probes, knives, scrapers, liquid manipulation systems, and glass probes for ex situ lift-out. More details may be found here.

On-Site Demo Dates: Monday, March 31 – Thursday, April 3

We are currently finalizing the arrangements of our on-site demo.  Please contact us so we may let you know the details once they are ready.


Times: Available all day (on appointment) with organized demos at these times:
Tuesday, April 1 – 10:00 AM
Wednesday, April 2 – 1:30 PM
Thursday, April 3 – 10:00 AM

Note: To schedule a demo time, please call or text our on-site representative, Steve Barnett at 916-549-4423 or email at our Contact Us page.

Any questions, contact us

Barnett Technical Services at Pittcon25: Showcasing Advanced Raman Microscopes and Micromanipulators

Barnett Technical Services (BTS) is thrilled to announce our participation at Pittcon25, the premier global conference and exposition for laboratory science, taking place March 1-5 in Boston, MA. Join us at booth 1752 to explore our innovative solutions in advanced microscopy and micro-manipulation technologies.

Revolutionize Micro Sample Handling with MicroSupport Manipulators

Founded in 2006, MicroSupport Co., Ltd. is a renowned Japanese manufacturer specializing in micromanipulators and related accessories. MicroSupport’s cutting-edge solutions cater to industries requiring stringent quality control and advanced material research, including high molecular compounds, petrochemicals, electronics, and semiconductors.

At the heart of MicroSupport’s offerings is the Axis Pro Benchtop Micromanipulator. This revolutionary system combines:

  • A zoom microscope with motorized XYZ stage.
  • Two motorized arms controlled via an intuitive software interface and mouse.
  • A versatile range of tools, including probes, knives, scrapers, and liquid deposition/pickup accessories.
  • Compatibility with electrical probes for precise measurements.

The entire system can be integrated into a glovebox, enabling micro-sampling in an inert atmosphere, ensuring accuracy and reliability in delicate environments. These tools empower researchers and industry professionals to handle microscopic samples with unparalleled precision, from contaminant removal to intricate sample analysis.

As an authorized distributor, BTS provides access to MicroSupport’s comprehensive suite of tools, ensuring you have the capabilities to tackle even the most demanding micro-sample handling tasks.

Precision Material Characterization with SOL Instruments Confocal Raman Microscopes

At BTS, we recognize the importance of equipping researchers with the best tools for advanced material characterization. That’s why we proudly offer the Confotec® Series Raman Confocal Microscopes from SOL Instruments, a leading manufacturer with over 25 years of expertise in Raman technology.

These powerful 3D scanning laser microscopes are designed to address diverse research challenges across scientific and industrial domains. The Confotec® systems feature:

  • A modular, flexible design for tailored configurations.
  • Exceptional performance for both routine Raman microscopy and cutting-edge applications.
  • Versatility to accommodate the evolving needs of analytical chemistry and material research.

Whether you’re conducting routine analysis or exploring groundbreaking applications, the SOL Instruments Confotec® series delivers precision, reliability, and unmatched capability.

Beyond the Booth: Exploring Pittcon25

Pittcon25 is more than a conference—it’s a global hub where analytical chemists and industry professionals converge to share ideas, foster collaborations, and explore the latest innovations. The event offers:

  • Technical Sessions: Discover the latest advancements in analytical chemistry and related fields.
  • Workshops and Poster Presentations: Gain insights from thought leaders and industry experts.
  • Exhibition Hall: Explore cutting-edge instruments, technologies, and solutions tailored to laboratory needs.

Pittcon25 provides a unique opportunity to network with leading researchers, specialists, and equipment manufacturers, driving innovation and scientific discovery.

See You at Booth 1752!

Visit Barnett Technical Services at booth 1752 to learn how our advanced microscopy and micro-manipulation solutions can elevate your research and development capabilities. Our team of experts will be on hand to answer your questions, provide demonstrations, and discuss how our products can meet your specific needs.

Learn More:

Don’t miss this opportunity to connect, innovate, and take your research to the next level. We look forward to seeing you in Boston!

Barnett Technical Services at the 2025 MRS Spring Meeting: Discover Cutting-Edge Characterization Tools

Barnett Technical Services (BTS) is excited to announce our participation in the 2025 MRS Spring Meeting & Exhibit, taking place April 7–11, 2024, in Seattle, WA. Join us at Booth 322 to explore our state-of-the-art solutions for advanced materials characterization and micro-sample manipulation.

This premier event is an unparalleled platform for researchers, innovators, and professionals to connect, share insights, and explore groundbreaking advancements in materials science. The 2025 MRS Spring Meeting will be held at the Summit, the Seattle Convention Center’s newest addition, and the Hyatt Regency Seattle.

Explore Our Product Lineup

We’ll be showcasing cutting-edge tools designed to revolutionize your research and inspection processes:

  1. MicroSupport Manipulators
    Experience unmatched precision with MicroSupport’s advanced micromanipulators, ideal for micro-sample handling in industries like semiconductors, electronics, and petrochemicals. These systems feature motorized XYZ stages and customizable arms, offering tools for micro-sampling, liquid deposition, and electrical probing—even in inert atmospheres with glovebox compatibility.
  2. SOL Raman Microscopes
    Designed for precision, the SOL Instruments Confotec® series offers advanced 3D confocal Raman microscopes for diverse applications. With modular designs and robust performance, these systems tackle challenges from routine Raman spectroscopy to cutting-edge material analysis.
  3. Attolight SEM-Spectroscopy Platform
    Elevate your materials inspection with Attolight’s Allalin platform, which integrates nanometer-resolution SEM-spectroscopy for quantitative cathodoluminescence (qCL) analysis. This versatile platform supports techniques like Raman spectroscopy, photoluminescence, and more, making it ideal for wafer-scale analysis and beyond.
  4. Hot Disk TPS4500
    Harness the power of transient plane source (TPS) technology for thermal property measurements. The Hot Disk TPS4500 delivers precision and flexibility for research into thermal conductivity and diffusivity.

About the MRS Spring Meeting

The MRS Spring Meeting is a leading interdisciplinary forum that unites global experts to discuss innovations in materials science. This event showcases breakthroughs across fields such as quantum materials, biomaterials, energy, and sustainability.

Take advantage of this opportunity to network with Nobel and Kavli Prize laureates, postdoctoral researchers, and industry leaders. Participate in discussions that drive the future of materials science and explore the latest research presented by multidisciplinary experts.

See You at Booth 322!

Don’t miss the chance to connect with our team at Booth 322. We’ll be delighted to demonstrate how our advanced solutions can support your research needs. Discover how Barnett Technical Services empowers professionals with tools that redefine precision and performance in materials characterization.

Learn More:

We look forward to meeting you at the 2025 MRS Spring Meeting!

Barnett Technical Services at AGU24: Showcasing Revolutionary MicroSupport Manipulators and SOL Raman Microscopes

Barnett Technical Services (BTS) is excited to announce our participation in AGU24, the premier annual gathering for Earth and space scientists, happening December 9–13 in Washington, D.C. Visit us at Booth 251 to explore groundbreaking MicroSupport Manipulators and SOL Raman Microscopes, tools that are transforming research and innovation in diverse fields.

Revolutionize Micro Sample Handling with MicroSupport Manipulators

MicroSupport Co., Ltd., founded in 2006, has become a leader in micromanipulation technology, offering innovative solutions for micro-sampling in fields such as petrochemicals, electronics, semiconductors, and advanced materials research.

The MicroSupport Axis Pro benchtop micromanipulator combines a zoom microscope, motorized XYZ stage, and two motorized arms, all controlled through a user-friendly software interface. This system allows for:

  • Precision micro-sampling with tools like probes, knives, and scrapers.
  • Liquid deposition and pickup, ideal for detailed chemical analysis.
  • Electrical probing for advanced semiconductor research.

What sets MicroSupport apart is its ability to operate within a glovebox environment, ensuring safe and effective micro-sampling in inert atmospheres. As the authorized distributor, BTS provides access to this comprehensive suite of tools, helping researchers tackle complex micro-manipulation challenges with ease.

Precision Material Characterization with SOL Raman Microscopes

Understanding the importance of advanced research tools, BTS proudly offers the SOL Instruments Confotec® series confocal Raman microscopes. Designed for 3D scanning and laser microscopy, these systems provide unmatched performance for analyzing materials in both fundamental and applied research.

Key features include:

  • Modular design for tailored solutions.
  • Exceptional resolution for high-precision Raman spectroscopy.
  • Versatility for routine and cutting-edge applications in diverse scientific fields.

Whether you’re analyzing nanomaterials, polymers, or geological samples, SOL Raman Microscopes deliver the accuracy and reliability you need for transformative discoveries.

About AGU24: “What’s Next for Science”

AGU24 invites the global scientific community to explore how Earth and space science can address today’s most pressing challenges. This year’s theme, “What’s Next for Science,” emphasizes:

  • Expanding data accessibility and interoperability to tackle global issues.
  • Encouraging cross-disciplinary collaborations to accelerate progress.
  • Promoting leadership in data stewardship and scientific software innovation

As the largest Earth and space science event, AGU24 will welcome over 25,000 attendees from 100+ countries. The conference features:

  • Groundbreaking research presentations in Earth, planetary, and space sciences.
  • Workshops and networking events to foster collaborations.
  • Interactive sessions on open science, climate change solutions, and data innovation.

AGU24 is the perfect platform for scientists, educators, policymakers, and industry leaders to connect, share knowledge, and drive meaningful change.

For more information about the event, visit the AGU24 website.

Visit Us at Booth 251

Stop by Booth 251 to discover how our innovative tools can enhance your research:

  • Explore the MicroSupport Manipulators for precise micro-sampling and manipulation.
  • Learn how SOL Raman Microscopes can advance your materials characterization projects.
  • Meet our team of experts, who will demonstrate the capabilities of these cutting-edge technologies and answer your questions.

See You in Washington, D.C.!

Join BTS at AGU24 and be part of the next chapter in scientific discovery. Whether you’re focused on climate research, planetary sciences, or materials innovation, our advanced tools and technologies are designed to empower your work. We look forward to seeing you at Booth 251!

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