Ebatco

Eden Prairie,  MN 
United States
https://www.ebatco.com
  • Booth: 6810

Welcome to Ebatco for any lab services you may need.

Overview

Ebatco is a nanotechnology focused service and development company. Ebatco provides fast, reliable, comprehensive, advanced, high-quality and best value solutions for your unmet materials testing and analysis needs through ISO/IEC 17025:2017 accredited lab services, Ph. D.-level consultation, and state-of-the-art analytical and testing instruments. Ebatco’s lab services span from Chemical, Mechanical, Metallurgical, Microscopic, Physical, Surface/Interface, Thermodynamic to Tribological fields. Ebatco’s lab services support customers in R&D, new products and process optimization, failure analysis, part performance verifications, regulatory compliance tests, and legal investigations. Contact us for matters about alloys, ceramics, magnetic materials, metals, microelectronic materials, plastics, polymers, semiconductors, nanoparticles, nanoporous materials, fibers, wires, thin films, coatings, surfaces, interfaces, small volumes, miniaturized devices, contamination and unknown identification. Your complete satisfaction is our commitment and guarantee.

Find out more on Ebatco lab services at: https://www.ebatco.com.

  Press Releases

  • Eden Prairie, MN, April 18, 2024 – Ebatco publishes a white paper on nano/micro scale analysis, characterization and testing of semiconductor and microelectronic materials. Encouraged by the Biden Administration’s CHIPS and Science Act and the booming private semiconductor manufacturing investments, Ebatco, an established and well-recognized lab service power house for nano and microscale materials and device testing, has analyzed the testing needs of semiconductor and microelectronic industries and responded with a suite of contract lab service solutions.

    The particular lab services from Ebatco not only claim ISO/IEC 17025:2017 accreditation but also has received admiration and satisfaction feedback from its worldwide customers including many Fortune 500 corporations. Among the lab services, nanomechanical testing (nanoadhesion, nanoindentation, nanocompression, nanoscratch, nanofriction, nanowear) are most popular for ultra-thin film characterizations. Scanning probe microscopy (atomic force microscopy, electrostatic force microscopy, magnetic force microscopy) are great for revealing surface morphology and property distributions. Microscopic contact angle measurements are ideal for wafer surface cleanliness and hydrophobicity/hydrophilicity measurements of micropatterned surfaces. X-ray reflectivity is the best choice for semiconductor surface/interface roughness, film density and thickness measurements. EDS, confocal Raman and FTIR are top selections for unknown chemical identification and distribution mapping. Predominantly, Express Property Mapping (XPM) available through Bruker TI 980 Nanoindenter has gained a significant amount of attention for semiconductor interface mechanical property investigation at sub-micron resolution.

    About Ebatco

    Ebatco is a nanotechnology service and development company. Ebatco delivers one-stop-shop solutions for your challenges through customer-admired analytical lab services, expert-level technical consultation, custom R&D and first-class scientific instruments.

    Ebatco provides advanced and critical analyses, measurements and tests of materials and devices at nano, micro and macroscales. Our consulting and contract lab services support worldwide customers in R&D, new products and process optimization, failure analysis, part performance verifications, regulatory compliance tests, legal investigations and expert witness, and contamination and unknown identification. By offering cutting-edge technologies, using state-of-the-art instruments, combined with years of experience and professional knowledge, Ebatco serves as your springboard for your market dominance, your assurance for customer satisfaction on your products, your accelerator for your product launch, your assistant for your cost reduction and your reliable resource for your legal investigation. Your complete satisfaction is our commitment and guarantee.

    Ebatco’s ISO/IEC 17025:2017 accredited lab services span chemical, mechanical, metallurgical physical, thermal, tribological and surface/interface fields.

    Learn more about Ebatco at: https://www.ebatco.com.

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  • Eden Prairie, MN, April 18, 2024 – Ebatco announces the successful completion of its 2024 Annual Audit on its ISO/IEC 17025:2017 accreditation conducted by Perry Johnson Laboratory Accreditation, Inc. and continues its technical competence and quality excellence. Ebatco had achieved its first ISO/IEC 17025:2005 accreditation in 2017 and ISO/IEC 17025:2017 in 2020 for a defined scope in Chemical, Mechanical, Metallurgical, and Thermodynamic Testing fields.

    ISO/IEC 17025:2017 is one of the highest standards that a testing laboratory can meet. ISO/IEC 17025:2017 covers management systems for quality, administrative and technical operations. ISO/IEC 17025:2017 accreditation indicates the accredited lab meets the general requirements for the competence to carry out tests and/or calibrations including sampling, using standard methods, non-standard methods, and laboratory-developed methods in the specified and listed test scope.

    About Ebatco

    Ebatco is a nanotechnology service and development company. Ebatco delivers one-stop-shop solutions for your challenges through customer-admired analytical lab services, expert-level technical consultation, custom R&D and first-class scientific instruments.

    Ebatco provides advanced and critical analyses, measurements and tests of materials and devices at nano, micro and macroscales. Our consulting and contract lab services support worldwide customers in R&D, new products and process optimization, failure analysis, part performance verifications, regulatory compliance tests, legal investigations and expert witness, and contamination and unknown identification. By offering cutting-edge technologies, using state-of-the-art instruments, combined with years of experience and professional knowledge, Ebatco serves as your springboard for your market dominance, your assurance for customer satisfaction on your products, your accelerator for your product launch, your assistant for your cost reduction and your reliable resource for your legal investigation. Your complete satisfaction is our commitment and guarantee.

    Ebatco’s ISO/IEC 17025:2017 accredited lab services span chemical, mechanical, metallurgical physical, thermal, tribological and surface/interface fields.

    Learn more about Ebatco at: https://www.ebatco.com.

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  • Eden Prairie, MN, April 18, 2024 – Ebatco publishes a full list of industrial and technical conferences and exhibits for 2024.

    To keep pace with market needs, and to meet and greet our existing and potential customers in 2024, Ebatco has participated and will participate in several regional and national conferences and exhibitions as listed below:

    1. March 21 – ASM International MN Chapter 2024 Symposium: Materials Failure Analysis, Hennepin Technical College, Brooklyn Park, MN. Ebatco President Dr. Dehua Yang will present “Microstructural Failure Analysis of Fractured Metallic Materials”.
    2. April 19 – Minnesota Microscopy Society Spring Symposium: Super Resolution and Beyond, Minnesota Landscape Arboretum, Chaska, MN.
    3. April 30-May 2 – American Coatings Show and Conference, Booth #217, Indiana Convention Center, Indianapolis, IN, representing Kyowa Interface Science Co. Ltd.
    4. May 4-9 – SVC Technical Conference, Booth #918, Hilton Chicago, Chicago, IL.
    5. May 19-23 – STLE Annual Meeting and Exhibition, Booth #609, Minneapolis Convention Center, Minneapolis, MN.
    6. July 9-11 – SEMICON West, Booth #6810, Moscone Center, San Francisco, CA.
    7. October 2-4 – BioInterface Workshop and Symposium, McNamara Alumni Center, Minneapolis, MN.
    8. October 16-17 – MD&M Minneapolis, Booth #2838, Minneapolis Convention Center, Minneapolis, MN.

    Please stop by our booth to discuss the incredible world of nanomaterials, nanodevices, nanoinstruments, and nano/micro scale surface characterization with our staff scientists. We hope to see you there!

    About Ebatco

    Ebatco is a nanotechnology service and development company. Ebatco delivers one-stop-shop solutions for your challenges through customer-admired analytical lab services, expert-level technical consultation, custom R&D and first-class scientific instruments.

    Ebatco provides advanced and critical analyses, measurements and tests of materials and devices at nano, micro and macroscales. Our consulting and contract lab services support worldwide customers in R&D, new products and process optimization, failure analysis, part performance verifications, regulatory compliance tests, legal investigations and expert witness, and contamination and unknown identification. By offering cutting-edge technologies, using state-of-the-art instruments, combined with years of experience and professional knowledge, Ebatco serves as your springboard for your market dominance, your assurance for customer satisfaction on your products, your accelerator for your product launch, your assistant for your cost reduction and your reliable resources for your legal investigation. Your complete satisfaction is our commitment and guarantee.

    Ebatco’s ISO/IEC 17025:2017 accredited lab services span chemical, mechanical, metallurgical physical, thermal, tribological and surface/interface fields.

    Learn more about Ebatco at: https://www.ebatco.com.

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  Products

  • Nanoindentation Testing Lab Services
    Nanoindentation for Hardness and Elastic Modulus Measurements at Nanoscale for thin films, coatings and small volumes of materials. This technique is well established for mechanical property measurements of non-, semi- and conducting materials....

    • Nanoscience and nanotechnology accelerate the proliferation of novel materials and devices possessing small sizes and low dimensions such as nanomaterials and ultrathin films. Mechanical testing and characterization of these materials have exposed challenges to the traditional hardness and tensile testing and measurement tools. Nanoindentation, may also called instrumented or depth-sensing indentation, is a proven technology for measuring nanomechanical properties of materials and miniaturized devices. Hardness and elastic modulus of a material can be precisely determined through analysis of a load-displacement curve generated by a single nanoindentation test using the Oliver-Pharr method. Adhesion, creep, fracture toughness may also be measured via nanoindentation.

    Nanoindentation experiments can be conducted with closed-loop control, with sub-nanometer and nanoNewton resolutions at room, elevated or reduced temperature, submerged in liquid, or under humidity control.

    Nanoindentation can work with thin films, coatings, nanoparticles, nanowires, bulk material surfaces and interfaces, MEMS, and electronic and biomedical devices.

  • Nanoscratch Testing Lab Services for Thin Films
    Nanoscratch is widely accepted for evaluating mechanical integrity of thin film/substrate systems. It can be used to measure friction between a sample and a scratch probe, critical load of coating interfacial adhesion failure, and scratch resistance....

    • Nanoscratch testing has been widely accepted as a way of evaluating interfacial adhesion of thin film/substrate systems. Failure events may be found where the probe produces delamination, debonding, crack, fracture, or breakthrough at the film/substrate interface. The critical load is defined as the normal force applied to the scratch probe at the time when interfacial failure is detected and can be determined by analyzing the scratch data graphs. The critical load of adhesion failure is a good indication of interfacial adhesion strength. Normally, a higher critical load represents a higher interfacial adhesion.

    In addition to determination of the critical load at interfacial failure, the nanoscratch tests can be applied to evaluate material’s resistance to scratch. It can be used to simulate mar resistance by quantifying the minimum load for generating visible scratches or change of surface gloss or by measuring the scratch width and depth under a selected load.

    The friction measurement through nanoscratch is deemed very useful in studying thin film and coating frictional characteristics under extremely lighter load or under very high contact pressure. 
  • Micro-scale Contact Angle Measurement Lab Services
    With its sensitivity of detecting monolayer molecules, contact angle measurement at microscale has been proven to be an indispensable tool to study surface properties of patterned organic light emitting display, microcircuits, micropatterned surfaces...

    • Micro contact angle meter can make liquid drops <30µm in size and picoliter to nanoliter in volume. The instrument comes with orthogonal vertical and horizontal high magnification optics for accurately placing and measuring such small drops on micrometer features, and CCD cameras with high capturing speeds for studying dynamic characteristics of interaction between micron size liquid droplets and solid surfaces.

    With its sensitivity of detecting monolayer molecules, contact angle measurement at microscale has been proven to be an ideal tool to study surface properties of single particles, filaments, fibers, medical lead and guide wires, patterned organic light emitting display, microcircuits, microfluidics, micropatterned surfaces, lotus effect, and high-speed ink-jet printing. The high-speed camera is advantageous in determining contact angles as a function of time at millisecond intervals. The recorded feature-rich dynamics of micron size drops is valuable for investigating sensitive surface chemistry, vapor evaporation and adsorption, surface cleanliness, wettability, hydrophilicity and hydrophobicity changes at micro/nano scales.

Categories

1 FLEX
  • Technical Services
    • 100 Electronic System Design
  • Test Tools and Services
    • 203 Inspection & Measurement Products
  • Defect; Particle; Contam. Detection/Review/Inspect.
  • Die Inspection; Die Shear
  • Film Thickness; Uniformity Measurement; Ellipsometer
  • Instruments; Bench Top Test
  • Metrology; Topology; Nanotopography; Flatness; Cryst.Orient.
  • Microscopes: Atomic Force Microscopes (AFM)
  • Microscopes: Confocal Scanning; 3-D Video
  • Microscopes: Optical Microscopes
  • Microscopes: SEM; Focused Ion Beam (FIB), TEM
  • Particle Monitors; Analyzers - Airborne or Liquid
  • Spectrometers; FTIR; ATR-FTIR; Auger Electron (AES); SIMS
  • Stress; Refractive Index; Reflectivity/Conductivity Meas.
  • X-ray; XRF; 3-D X-Ray; LEXES Systems
    • 206 PV Equipment
  • Inspection and Metrology
    • 300 Packaging and Assembly Materials
  • Packages; Plastic
  • Solder; Solder Balls and other Soldering Materials
  • Thick Film Pastes; Materials
  • Thin Film; Dielectric Film Materials
    • 301 Chemicals & Solids
  • Surface protection material; coatings
    • 305 Nanotechnology Materials
  • Nanotechnology Materials
    • 308 Substrates
  • Thin & Thick film substrates for MEMS
    • 400 Components, Parts & Accessories
  • Raw Material & Custom components; Metal
  • Raw Material & Custom components; Plastic
    • 700 Manufacturing Services
  • Failure Analysis and other Analytical Services
    • 701 Manufacturing Services or Consulting
  • Package Simulation; Characterization Services
  • Technical Intelligence; Reverse Engineering
  • Test Services or Consulting
    • 805 PV Services
  • Research and Development

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