Worldwide Optical, Transmission TEM, and Scanning SEM Electron Microscope Market Shares, Strategies, and Forecasts, 2009 to 2015 : Market Research Report

Worldwide Optical, Transmission TEM, and Scanning SEM Electron Microscope Market Shares, Strategies, and Forecasts, 2009 to 2015

Published: Feb. 18, 2009 - 723 Pages

MICROSCOPE EXECUTIVE SUMMARY: Microscope Market Driving Forces; Microscope Market Shares; Carl Zeiss ES-8; Microscope Market Forecasts; Research And Industrial Use Of Imaging; Japan's Leading National Institute Orders Powerful; Microscope from FEI; Every Major Developed Country Needs To Invest; Nanotechnology Microscopes; King Abdullah University of Science and Technology and; FEI Team for Nanoscience Facility; Japan's Leading National Institute Orders Powerful; Microscope from FEI; FEI's Titan Krios TEM Selected by Leading Life Science; Research Centers in Asia; IBM Microscope 100 Million Times Finer; Resolution Than Current MRI
1. MICROSCOPES MARKET DESCRIPTION AND MARKET DYNAMICS: 1.1 Electron Microscope; 1.2 Atomic Force Microscopy; 1.3 Emerging Topics In Microscopy And Microanalysis; 1.4 Microscope Frames And Accessory Modules; 1.5 Microscope Market Segments; 1.6 Stereomicroscopy Need To Measure On-Axis; 1.7 Compound Microscopes; 1.8 Microscopy Illumination Methods; 1.9 Microscopy Imaging Techniques; 1.10 Nanotechnology Paves The Way For A Revolution In Materials
2. MICROSCOPE MARKET SHARES AND MARKET FORECASTS: 2.1 Microscope Market Driving Forces; 2.2 Microscope Market Shares; 2.3 Microscope Market Forecasts; 2.4 Optical Microscope and Electron Microscope Market Segments; 2.5 Electron Microscope Transmission (TEM) and Scanning (SEM) Markets; 2.6 TEM and SEM Research Electron Microscope Market Forecasts; 2.7 Optical Microscopes Market Shares; 2.8 Optical Microscopes Market Forecasts; 2.9 Customized Focused Ion And Electron Beam Columns Microscopes; 2.10 Lensless Microscope Technology Electron Microscopy And Optical Microscopy Markets; 2.11 Microscope Market Regional Segments
3. MICROSCOPE PRODUCT DESCRIPTION: 3.1 Olympus; 3.2 Nikon; 3.3 Carl Zeiss; 3.4 Leica; 3.5 Unitron; 3.6 Meiji Techno; 3.7 Motic 3-126; 3.8 American Optical; 3.9 Lumenera; 3.10 Diagnostic Instruments; 3.11 Meiji Techno Microscopes; 3.12 FEI Electron Microscopes SEM and TEM; 3.13 Hitachi; 3.14 Jeol Scanning Electron Microscopes; 3.15 Alicona Imaging; 3.16 Anderson Materials Evaluation EDS, XRF, and FTIR; 3.17 Westover Scientific Telecommunications Fiber Optic Network Probe; 3.18 AIST-NT Co; 3.19 Angstrom - Advanced; 3.20 Angstrom Advanced; 3.21 Agilent Technologies Atomic Force Microscopes; 3.22 Veeco; 3.23 Asylum Research; 3.24 JPK Instruments; 3.25 Nanosurf FlexAFM easyScan 2; 3.26 Bruker AXS; 3.27 Nanonics; 3.28 Nanotec Electrónica; 3.29 Cervantes AFM System; 3.30 Dulcinea Control System; 3.31 Omicron Multiprobe MBE and S System For Thin Film Deposition Analysis; 3.32 Veeco; 3.33 Agilent; 3.34 Orsay Physics S.A.; 3.35 Seiko
4. MICROSCOPE TECHNOLOGY: 4.1 IBM Microscope 100 Million Times Finer Resolution Than Current MRI; 4.2 Technological Trends in the Microscopy Business; 4.3 Industry Overview; 4.4 Surface Science Technologies
5. MICROSCOPE COMPANY PROFILES: 5.1 Alicona Imaging; 5.2 Aligent; 5.3 Angstrom Advanced; 5.4 Asylum Research; 5.5 Bausch and Lomb; 5.6 Bruker; 5.7 Carl Zeiss; 5.8 Danaher Corporation; 5.9 FEI; 5.10 Hitachi; 5.11 Jeol; 5.12 JPK Instruments; 5.13 Kaust; 5.14 Labomed; 5.15 Motic; 5.16 Nanotec Electronica / Nanonics; 5.17 Nanosurf; 5.18 NIKON; 5.19 Olympus; 5.20 Omicron; 5.21 Orsay Physics S.A.; 5.22 Phase Focus; 5.23 Raith; 5.24 Seiko Instruments Inc. (SII); 5.25 Thermo Fisher Scientific; 5.26 Veecro; 5.27 Westover Scientific; 5.28 Selected Microscopy Vendors
List of Tables and Figures: Table ES-1; Microscope Market Driving Forces; Table ES-1 (Continued); Microscope Market Driving Forces; Table ES-2; Technology Impact on Microscope Market Driving Forces; Table ES-3; Worldwide Microscope; Shipments Market Shares, Dollars, 2008; Figure ES-4; Worldwide Optical and Electron Microscope Market; Forecasts, Dollars, 2009-2015; Figure ES-5; FEI From Wafer to Atomic Resolution; Figure ES-6; FEI Industry Transition in Imaging; Figure 1-1; Platinum Electrode Measuring One Hundredth; Of A Nanometer Deposited On Pyramid Shaped; AFM Tip Via Focused Ion Beam (Fib) Deposition; Table 1-2; Emerging Topics In Microscopy And Microanalysis; Table 1-3; Commercial Microscope Modules; Table 1-4; Microscope Market Segments; Table 1-5; Stereo Microscope Features; Table 1-5 (Continued); Stereo Microscope Features; Table 2-1; Microscope Market Driving Forces; Table 2-1 (Continued); Microscope Market Driving Forces; Table 2-2; Technology Impact on Microscope Market Driving Forces; Table 2-3; Worldwide Microscope; Shipments Market Shares, Dollars, 2008; Table 2-4; Worldwide Microscope; Shipments Market Shares, Dollars, 2008; Figure 2-5; Worldwide Optical and Electron Microscope; Market Forecasts, Dollars, 2009-2015; Table 2-6; Worldwide Total Optical and Electron Microscope; Market Forecasts, Dollars, 2009-2015; Figure 2-7; Worldwide Optical and Electron Microscope; Market Segments, 2008; Figure 2-8; Worldwide Optical and Electron Microscope Market Segments, 2015; Table 2-9; Worldwide Optical and Electron Microscope; Market Segments, Dollars, 2009-2015; Figure 2-10; FEI Magellan Nanoscale Characterization; Down To The Level of Atoms; Figure 2-11; Improvements in Visualization from SEM to TEM; Figure 2-12; FEI Titan Nanoscale Visualization Down To The Level Of Atoms; Table 2-13; Comparison of AFM, TEM, SEM, and Optical; Microscopy Techniques; Table 2-14; Worldwide TEM and SEM Electron Microscope Shipments; Market Shares, Dollars, 2008; Table 2-15; Worldwide TEM and SEM Electron Microscope Shipments; Market Shares, Dollars, 2008; Table 2-16; Worldwide Electron Microscope; Market Forecasts, Dollars, 2009-2015; Table 2-17; Worldwide Electron Microscope; Market Forecasts, Dollars, 2009-2015; Figure 2-18; Worldwide TEM and SEM Electron Microscope; Shipments, Research, Bio-Med and Life Sciences,; Clinical and Surgical, Industrial, Mining and Materials,; Electronics and Semiconductor, and Ion Beam; Market Forecasts, Units and Dollars, 2009-2015; Figure 2-19; Worldwide Research TEM and SEM Electron Microscope; Shipments Market Shares, Dollars, 2008; Table 2-20; Worldwide Research TEM and SEM Electron Microscope; Shipments Market Shares, Dollars, 2008; Table 2-21; JEOL Electron Microscope Products; Table 2-22; JEOL Analytical Instrument Products; Figure 2-23; Carl Zeiss ORION™ Helium Ion Microscope; Figure 2-24; Worldwide Research TEM and SEM; Electron Microscope Market Forecasts, Dollars, 2009-2015; Figure 2-25; Nanotechnology Funding of National Programs; Table 2-26; FEI Electron Microscope Research Positioning; Table 2-27; Worldwide Research TEM and SEM Electron; Microscope Shipments Market Forecasts,; Units and Dollars, 2009-2015; Table 2-28; Electron Microscope TEM and SEM Research; Segment Growth Drivers; Table 2-29; Worldwide Bio-Med and Life Science Shipments; TEM and SEM Electron Microscope Market Shares,; Dollars, 2008; Table 2-30; Worldwide Bio-Med and Life Science Shipments; TEM and SEM Electron Microscope Market Shares, Dollars, 2008; Figure 2-31; Worldwide Bio-Med and Life Science TEM and SEM; Electron Microscope Market Forecasts, Dollars, 2009-2015; Figure 2-32; Worldwide Bio-Med and Life Science TEM and SEM; Electron Microscope Market Forecasts, Dollars, 2009-2015; Table 2-33; TEM and SEM Life Sciences Market Growth Factors; Table 2-33 (Continued); TEM and SEM Life Sciences Market Growth Factors; Figure 2-34; Life Sciences Market Growth; Table 2-35; FEI Solutions For Structural Biology; Table 2-36; University and Government Lab Life Science Applications; Figure 2-37; Nanoparticles for Drug Delivery; Table 2-38; Nanotechnology Life Sciences Market Growth Factors; Table 2-39; Worldwide Electronics and Semiconductor TEM and SEM; Electron Microscope Shipments Market Shares, Dollars, 2008; Table 2-40; Worldwide Electronics and Semiconductor TEM and SEM; Electron Microscope Shipments Market Shares, Dollars, 2008; Figure 2-41; Worldwide Electronics TEM and SEM; Electron Microscope Market Forecasts, Dollars, 2009-2015; Table 2-42; Worldwide Electronics and Semiconductor TEM and; SEM Electron Microscope Shipments; Market Forecasts, Units and Dollars, 2009-2015; Table 2-43; Electron Microscope Semiconductor Equipment Products; Table 2-44; Electron Microscope TEM and SEM Electronics; Market Growth Drivers; Table 2-45; Electron Microscope TEM and SEM Electronics Market Tactics:; Table 2-46; Worldwide Industrial Mining and Materials TEM and SEM; Electron Microscope Shipments Market Shares, Dollars, 2008; Table 2-47; Worldwide Industrial Mining and Materials TEM and SEM; Electron Microscope Shipments Market Shares, Dollars, 2008; Table 2-48; Worldwide Industrial, Mining and Materials TEM and; SEM Electron Microscope Shipments; Market Forecasts, Units and Dollars, 2009-2015; Table 2-49; Worldwide Industrial, Mining and Materials TEM and; SEM Electron Microscope Shipments; Market Forecasts, Units and Dollars, 2009-2015; Table 2-50; Thin Film Coating System Products; Table 2-51; Worldwide Optical Microscopes Market Shares, Dollars, 2008; Table 2-52; Worldwide Optical Microscope Shipments; Market Shares, Dollars, 2008; Figure 2-53; Worldwide Optical Microscope Market Forecasts,; Dollars, 2009-2015; Figure 2-54; Worldwide Optical Microscope Market Forecasts,; Dollars, 2009-2015; Figure 2-55; Worldwide Optical Microscope Shipments, Research,; Bio-Med and Life Sciences, Clinical and Surgical,; Industrial and Semiconductor, Market Forecasts,; Units and Dollars, 2009-2015; Figure 2-56; Worldwide Optical Research Microscope Shipments,; Market Shares, Dollars, 2008; Figure 2-57; Worldwide Optical Research Microscope Shipments,; Market Shares, Dollars, 2008; Figure 2-57; Worldwide Optical Research Microscope Market; Forecasts, Dollars, 2009-2015; Figure 2-58; Worldwide Bio-Med and Life Science Optical; Microscope Shipments, Market Shares, Dollars, 2008; Figure 2-59; Worldwide Bio-Med and Life Science Optical; Microscope Shipments, Market Shares, Dollars, 2008; Figure 2-60; Worldwide Bio-Med And Life Science Optical Microscope; Forecasts, Dollars, 2009-2015; Figure 2-61; Worldwide Optical Clinical and Surgical Microscope Shipments; Market Shares, Dollars, 2008; Table 2-62; Worldwide Optical Clinical and Surgical Microscope Shipments; Market Shares, Dollars, 2008; Figure 2-61; Worldwide Optical Clinical and Surgical Microscope Shipments; Market Forecasts, Dollars, 2009-2015; Figure 2-62; Worldwide Optical Industrial and Semiconductor; Microscope Shipments Market Shares, Dollars, 2008; Figure 2-63; Worldwide Optical Industrial and Semiconductor; Microscope Shipments Market Shares, Dollars, 2008; Figure 2-64; Worldwide Optical Industrial and Semiconductor; Microscope Market Forecasts, Dollars, 2009-2015; Table 2-65; Customized Focused Ion And Electron Beam Column; Microscope Market Competitive Factors; Figure 2-66; Worldwide Customized Focused Ion and Electron Beam; Columns; Microscope Shipments Market Shares, Dollars, 2008; Table 2-67; Worldwide Customized Focused Ion and Electron Beam; Columns; Microscope Shipments Market Shares, Dollars, 2008; Figure 2-68; Worldwide Focused Ion Beam and Electron Beam Columns; Electron Microscope Market Forecasts, Dollars, 2009-2015; Figure 2-69; Worldwide Focused Ion Beam and Electron Beam Columns; SEM and TEM Electron Microscope Market Forecasts,; Dollars, 2009-2015; Table 2-70; Regional Microscope Shipment Analysis; Market Shares, Dollars, 2008; Table 2-71; Regional Microscope Shipment Analysis; Market Shares, Dollars, 2008; Figure 5-72; FEI Growth and Regional Diversity; Table 2-73; FEI Nanotechnology Research Center Penetration; Figure 3-1; Olympus SZX16 Advanced Research Microscope; Table 3-2; Olympus SZX16 Research Microscope Benefits; Table 3-2 (Continued); Olympus SZX16 Research Microscope Benefits; Table 3-3; Olympus SDF Objective Lenses Features; Figure 3-4; Olympus Multiphoton Microscope; Table 3-5; Olympus FV1000MPE TWIN Features; Table 3-6; Olympus Confocal Microscope Benefits; Table 3-7; Olympus Confocal Microscope Evolved Laser Light Stimulation; Table 3-8; Olympus Confocal Microscope Evolved Basic Performance; Table 3-9; Olympus Confocal Microscope Quantification; Table 3-10; Olympus Confocal Microscope High Sensitivity; Figure 3-11; Olympus Confocal Microscope; Table 3-12; Olympus Industrial Micro-Imaging Segments; Figure 3-13; Olympus Semiconductor Imaging Solutions; Table 3-14; Olympus Virtual Microscopy Applications; Table 3-15; Nikon CFI60 Features; Figure 3-16; Nikon CFI60; Figure 3-17; Nikon COOLSCOPE2 Main Screen And Controller; Table 3-18; Nikon Low Magnification Features; Table 3-19; Nikon Low Magnification Microscope Features; Table 3-19 (Continued); Nikon Low Magnification Microscope Features; Figure 3-20; Nikon ECLIPSE E200POL; Figure 3-21; Nikon Inverted Microscopes For Research ECLIPSE Ti-E; Table 3-22; ECLIPSE L300D Episcopic Illumination Type; Figure 3-23; Nikon ECLIPSE L300D Episcopic Illumination Type; Table 3-24; Selected Nikon Industrial Microscopes and Accessories and Other; Table 3-25; Nikon Stereoscopic Zoom Microscope SMZ1500 Features; Figure 3-26; SMZ1500 With Epi-Fluorescence Attachment; Table 3-27; Stereoscopic Zoom Microscope Products; Table 3-28; Nikon Wafer Edge Bevel Inspection System; WES-3000 Major Features; Figure 3-29; Nikon Wafer Edge Bevel Inspection System WES-3000; Table 3-30; Nikon Wafer Edge Bevel Inspection System; Applications and Functions; Table 3-31; Nikon Wafer Edge Bevel Inspection System Products; Table 3-32; Nikon Inspection Equipment; Figure 3-33; Zeiss Axio; Figure 3-34; Zeiss Stereo Microscope; Figure 3-35; Zeiss SteREO Lumar; Table 3-36; Zeiss SteREO Discovery.V20; Table 3-37; Zeiss SteREO Discovery.V20 Features; Table 3-38; Zeiss SteREO Discovery.V20 Microscopic Sharper; Images Benefits; Table 3-39; Zeiss SteREO Discovery Stereomicroscope; Final Assembly Process; Figure 3-40; Zeiss Final Assembly Of The Stereomicroscope; Figure 3-41; Zeiss Benefits of Sharper Image From Computer Based Alignment; Figure 3-42; Carl Zeiss SteREO Discovery.V20 Image Quality; Table 3-43; Carl Zeiss Stereomicroscopy Benefits; Table 3-44; Carl Zeiss SteREO Discovery.V12 Stereomicroscopy Applications; Figure 3-45; Axio Observer; Table 3-46; Zeiss Live Cell Imaging under Physiological Conditions; Table 3-47; Zeiss Imaging; Figure 3-48; Zeiss Confocal Microscopes Support Fluorescence; Correlation Spectroscopy To Visualize Dynamics At; The Molecular Level; Figure 3-49; Carl Zeiss Axio CSM 700; Figure 3-50; Carl Zeiss LSM 700 Confocal Laser Scanning Microscope; 3D Topography & Fluorescence Measurements; Figure 3-51; Zeiss High-End Confocal Microscope; Figure 3-52; Carl Zeiss LSM 5 Macros; Figure 3-53; Carl Zeiss AxioVision Physiology Microscope System; Figure 3-54; Carl Zeiss ORION™ Helium Ion Microscope; Table 3-55; Leica Microscope Product Positioning; Figure 3-56; Leica M80 stereomicroscope; Table 3-57; Leica M400 E Surgical Microscope Key Features; Figure 3-58; Leica M125 Trinocular Zoom Stereomicroscope; with Ergonomic Tilting; Figure 3-59; Leica Transmitted Light Darkfield Example; Table 3-60; Leica Microsystems GmbH Wetzlar, Germany; Table 3-61; Leica Optical Microscope Product Set; Figure 3-62; Leica M205 A Stereomicroscope; Table 3-63; Leica M205 A Key Features; Table 3-64; American Optical Cycloptic Stereomicroscope; Figure 3-65; American Optical Cycloptic Microscope; Table 3-66; Meiji's EMZ Stereomicroscope Models; Figure 3-67; Meiji Microscopes; Table 3-68; Meiji EMZ13TR Trinocular Zoom Stereo; Table 3-69; FEI's Phenom™ Desktop SEM Key Specifications; Figure 3-70; FEI Scanning Microscope; Table 3-71; FEI Phenom Desktop SEM Modules; Figure 3-72; FEI Broad Product Positioning; Figure 3-73; FEI Throughput Solution; Figure 3-74; Microscope Industry Transition in Imaging; Figure 3-75; FEI SEM Magellan Extreme High Resolution; Figure 3-76; FEI Magellan SEM Semi Process Development Application; Figure 3-77; FEI Magellan Nanoscale Characterization; Down To The Level Of Atoms; Figure 3-78; FEI Titan Nanoscale Visualization Down To The Level Of Atoms; Figure 3-79; FEI TEM Titan For Biology; Figure 3-80; FEI Solutions for Cellular Biology: 3D Tomography Software; Figure 3-81; FEI Emerging Solutions for Biology; Figure 3-82; FEI Solutions for Nanoparticles; Table 3-83; Hitachi Electron Microscopes; Figure 3-84; Hitachi H-9500 300kV TEM; Table 3-85; Hitachi S-5500 In-lens FE-SEM Features; Table 3-86; Hitachi S-5500 In-lens FE-SEM Product Number:S-5500 Features; Figure 3-87; Hitachi S-5500 In-lens FE-SEM; Figure 3-88; Hitachi TEM; Table 3-89; Hitachi FIB + SEM TM-1000 Tabletop Microscope Benefits; Table 3-90; Hitachi TEM System Specifications; Figure 3-91; Jeol Scanning Electron Microscope; Table 3-92; Jeol JXA-8500FThe Electron Microscope Benefits; Table 3-93; Jeol Electron Microscope Semiconductor Products; Figure 3-94; Alicona Imaging InfiniteFocus Robot; Table 3-95; Anderson Materials XPS Surface Analysis Technique; Table 3-96; Anderson Materials ESCA Samples and Materials; Figure 3-97; Westover Scientific Telecommunications Fiber Optic; Network Probe Microscope; Figure 3-98; Westover Scientific FiberChek2 Probe; Figure 3-99; Westover Scientific Fiber Probes; Table 3-100; AIST-NT Co Products; Figure 3-101; AIST-NT Images; Figure 3-102; AIST-NT Piezo Response Imaging; Figure 3-103; AIST-NT Topography image of PZT; Figure 3-104; AIST-NT Images Piezo response image (normal force).; Left - amplitude. Right - phase.; Figure 3-105; AIST-NT Polymer Images; Figure 3-106; AIST-NT Images; Figure 3-107; AIST-NT Images Nanolithography; Figure 3-108; AIST-NT Images Diamond Materials; Figure 3-109; AIST-NT MaterialsImages Kelvin Probe Microscopy image; Figure 3-110; Angstrom Advanced Atomic Force; Microscope and Scanning Probe Microscope; Figure 3-111; Angstrom Advanced Ellipsometer; Table 3-112; Agilent Atomic Force Microscopes industry segments; Table 3-113; Agilent Atomic Force Microscopes Applications; Figure 3-114; Veeco AFMs for Research; Figure 3-115; Veeco AFMs; Figure 3-116; Asylum’s MFP-3D AFM; Table 3-117; Asylum Cypher AFM Features; Figure 3-118; Asylum Research Closed loop STM Showing; Graphite Atoms, 6nm Scan; Figure 3-119; Asylum Research Automated Laser Alignment; Figure 3-120; Asylum Research Loop Image Of Domains Of; Surfactant Hemi-Micelles Surrounding A Defect On; Graphite, 200nm Scan; Figure 3-121; Asylum Research. Closed Loop Image; Of Extracellular Face Of Bacteriorhodopsin In Buffer; Table 3-122; Asylum Research Modules; Table 3-123; Asylum Types of Microscopy; Table 3-124; Asylum Cypher AFM; Table 3-125; Asylum Specifications; Table 3-126; Asylum Scanner Modules; Table 3-127; Asylum Standard View Module Specifications; Table 3-128; Asylum Research Atomic Force Microscope; Technical Innovation; Figure 3-129; Asylum Research Atomic Force Microscope; Figure 3-130; Asylum Research Atomic Force Microscope MFP-3D Head; Figure 3-131; Asylum Research Atomic Force Microscope; Nano-Positioning System; Figure 3-132; Asylum Research Atomic Force Microscope; MFP-3D XY Scanner; Figure 3-133; Asylum Research Atomic Force Microscope MFP-3D XY; Figure 3-134; Asylm Image Of A Hard Disk, 20μm scan Science Applications; Figure 3-135; Lithography Nanografting of thiols on a Au(111) surface.; 1.5μm Scan; Table 3-136; JPK Instruments Solutions; Table 3-137; JPK Instruments Applications; Table 3-138; JPK Instruments Major AFM Modes; Figure 2-139; Nanosurf easyScan 2Product Lines; Figure 3-140; Nanosurf Mobile S Provides Portable, All-in-One AFM System; Figure 3-141; Nanosurf Nanite; Table 3-142; Nanosurf Nanite Features; Figure 3-143; Bruker AXS; Figure 3-144; Nanonics Confocal Microscope; Table 3-145; Nanonics Confocal Microscope Features; Table 3-146; Nanonics Dual (upright/inverted) Microscope; Table 3-147; Nanonics Dual Microscope; Figure 3-148; Nanonics Dual Microscope Combined Upright and Inverted Systems; Figure 3-149; Nanonics Dual Microscope Combined Upright and Inverted Systems; Figure 3-150; Nanonics Systems Combining AFM and Raman; Figure 3-151; Nanonics AFM without Optical Obstruction; Figure 3-152; Nanonics Parallel Imaging of a Silicon Semiconductor; Table 3-153; Nanonics Difference Between Raman Mapping With And; Without Z-Control Vibration Mode of Diamond at 1334cm-1; Figure 3-154; Raman Shift as a Function of Local Stress Location; Figure 3-155; Omicron Multiprobe MXPS System For Thin Film Studies; Figure 3-156; Omicron Multiscan LAB Combined With a; Multiprobe MXPS System; Figure 3-157; Omicron Customized Solution for 2.5 -; 350 K STM Operation in 3D Magnetic Fields; Figure 3-158; Omicron Customized Microscope; Table 3-159; Veeco BioScope II Atomic Force Microscope Product Description; Table 3-160; Veeco BioScope SZ Atomic Force Microscope Product Features:; Table 3-161; Veeco Caliber Atomic Force Microscope Product Features:; Table 3-162; Veeco Dimension 3100 Scanning Probe Microscope Product Features:; Table 3-163; Veeco Dimension 5000 Scanning Probe Microscope; Product Features:; Table 3-164; Veeco Dimension V Scanning Probe Microscope Product Features:; Table 3-165; Veeco Electrochemical SPM Product Features:; Table 3-166; Veeco EnviroScope Atomic Force Microscope; Product Features & Benefits:; Table 3-167; Veeco Innova Scanning Probe Microscope Product Features:; Table 3-168; Veeco MultiMode V Scanning Probe Microscope Product Features:; Table 3-169; NanoMan VS Scanning Probe Microscope Product Features:; Table 3-170; Veeco Scanning Probe Microscope Product Features & Benefits:; Figure 3-171; Agilent 5500 AFM (N9410S); Figure 3-172; Agilent 5500 AFM Imaging Modes; Figure 3-173; Agilent Photodetector Atomic Visualization; Figure 3-174; Agilent Region Where The Tip Approaches The Surface; Figure 3-175; Orsay Physics S.A. COBRA-FIB Column; Table 3-176; Seiko ULTRA 55 Transmission Electron Microscope Features; Figure 3-177; Zeiss NVision 40 FIB-SEM NVision 40 FIB-SEM Cross; Beam System; Table 3-178; Carl Zeiss NVision 40 FIB-SEM Features; Table 4-1; Computerization Of Microscopic Manufacturing Procedure Benefits; Table 5-1; Alicona Microscope Applications Research And Development; Table 5-2; Agilent Electronic And Bio-Analytical Measurement Positioning; Table 5-3; Agilent Nanotechnology Microscope Instruments; Table 5-3 (Continued); Agilent Nanotechnology Microscope Instruments; Table 5-4; Agilent Nanotechnology Microscope Instruments; Agilent Applications; Table 5-4 (Continued); Agilent Nanotechnology Microscope Instruments; Agilent Applications; Table 5-4 (Continued); Agilent Nanotechnology Microscope Instruments; Agilent Applications; Table 5-5; Agilent Imagining Modes; Table 5-6; Agilent Technologies Atomic Force Microscopes Consumables; Figure 5-7; Agilent Revenue by Market Segment Q4 2008; Figure 5-8; Agilent Revenue by Market Segment FY 2008; Figure 5-9; Agilent Revenue by Geographical Region Q4 2008; Figure 5-10; Agilent Revenue by Geographical Region FY 2008; Table 5-11; Agilent Networks Communications Measurement Types; Table 5-12; Agilent General Purpose Test Products; Table 5-13; Agilent Communications Technology Addressed; with Test Equipment; Table 5-14; Agilent Bio-Analytical Measurement Business; Application-Focused Solutions; Table 5-15; Agilent Chemical and Segment Analysis Market Focus; Table 5-16; Agilent Key Product Categories For The; Bio-Analytical Measurements; Table 5-17; Markets In Which Carl Zeiss Participates; Figure 5-18; Carl Zeiss AxioVision Physiology Microscope System; Figure 5-19; Leica Microsystems Latest Products; Table 5-20; Life Science Division Products; Table 5-21; Danaher Leica Microsystems’ Life Science Division Products; Table 5-22; Danaher Leica Microsystems’ Industry Division Products; Table 5-23; Danaher Leica Microsystems’ Biosystems Division Products; Table 5-24; Danaher Leica Microsystems’ Surgical Division Products; Figure 5-25; FEI Growth and Regional Diversity; Table 5-26; FEI Overall Revenue Levels, Electronics vs. Other Levels; Table 5-27; FEI Nanotechnology Research Center Penetration; Figure 5-28; FEI Life Sciences Instrument Landscape; Table 5-29; FEI Strategic Positioning; Table 5-30; FEI Q3 2008 Summary Results; Table 5-31; FEI Broad Product Line That Creates And Measures Nanostructures; Figure 5-32; FEI Product Track; Table 5-33; FEI Titan -World’s Most Powerful Electron Microscope Features; Table 5-34; FEI Imago Scientific Instruments Collaboration; Figure 5-35; FEI Industry Transition in Imaging; Figure 5-36; FEI From Wafer to Atomic Resolution; Figure 5-37; FEI Life Sciences Instrument Landscape; Figure 5-38; FEI Role in Life Sciences; Figure 5-39; FEI Titan Krios and Titan Global Life Sciences Regional Activity; Figure 5-40; FEI Segment Analysis; Table 5-41; Jeol Electron Optic Products; Table 5-42; Jeol Analytical Instruments Products; Table 5-43; Jeol Semiconductor Equipment Products; Table 5-44; Jeol Thin Film Coating System Products; Table 5-45; Jeol Medical Equipment Products; Table 5-46; Jeol Priority Fields Of The Basic Plan For Scientific Technologies; Table 5-47; Selected Jeol Microscope Products; Table 5-48; Motic Products; Figure 5-49; Nikon Segment and Regional Revenue Analysis; Source: Nikon.; Figure 5-50; Nikon Imaging Segment Revenue Analysis; Figure 5-51; Nikon Imaging, Precision Equipment, and; Instruments Segment Revenue Analysis; Table 5-52; Nikon Imaging, Precision Equipment, and; Instruments Segment Revenue Analysis; Figure 5-53; Nikon Regional Segment Revenue Analysis; Table 5-54; Nikon Regional Segment Revenue Analysis; Figure 5-55; Nikon Financial Results by Quarter; Table 5-56; Nikon Financial Results by Quarter; Table 5-57; Nikon Consolidated Financial Results; Table 5-58; Nikon Instrument Product Line; Table 5-59; Nikon Biological Microscopes; Table 5-60; Nikon Industrial Microscopes; Table 5-61; Nikon Stereoscopic Microscope Products; Table 5-62; Nikon Cameras for Microscopy; Table 5-63; Nikon Microscopic Image Recording Equipment; Figure 5-64; Nikon Product Development Strategy; Table 5-65; Nikon Wafer Edge Chips And Damage Microscopes Features; Figure 5-66; Olympus Microscopes; Table 5-67; Orsay Physics S.A. Customers; Table 5-67 (Continued); Orsay Physics S.A. Customers; Table 5-68; Veeco Instruments; Table 5- 69; Selected Microscopy Vendors; Table 5-70; Selected Atomic Force Microscope Manufacturers

Abstract

Breakthrough technology in microscopy brings advancements that provide customers with the power to discover things they have never seen before, and to solve problems never before solvable.

Microscope markets are segmented as optical microscopes, electron microscopes, scanning probe microscopes, and focused ion beam microscopy. Optical microscopes are light microscopes. The optical microscope is limited in the minimum size and nature of the features it can resolve by manufacturability constraints and the physics of light. While optical microscopes once accounted for the bulk of all microscopes sold in the world, today their percentage of total revenue is shrinking.

New microscopy technologies have been developed to overcome the limitations of light microscopes. Electron, scanning probe, and focused ion beam microscopy are essential aspects of different approaches to visualization at the nanoparticle level. The field of microscopy continues to evolve rapidly, as new requirements and imaging technologies are developed.

Technology integration, marking the convergence of information technology and digital imaging, is expected to change standard laboratories into advanced research centers. Current innovations in the microscopy industry are towards development of microscopes with higher precision and resolution.

Developments in image restoration, reconstruction, and other related fields will continue to influence the industry.

Innovations in electronics, engineering and industrial materials permit the industry to effectively overcome conventional barriers, allowing new systems to evolve based on new technologies.

Custom-assembled systems are based on modular approaches to product delivery. Platforms are implemented as frameworks that accept any of a variety of modules. In this manner customization is supported in the microscope industry. These custom-assembled systems enable end users incorporate existing workflow.

The microscope markets are driven by the need for research facilities to attract the most qualified researchers. The best researchers are attracted to good equipment. They will move to where the best equipment is. For enterprises and universities to land and hang on to leading researchers, they have to upgrade their equipment or those people are gone in a year.

The research and industrial use of imaging has shifted rapidly with the increasing significance of nanotechnology. To look at particles on the nano-scale requires increased sophistication and use of more expensive imaging equipment. This means that fewer organizations can afford the imaging equipment needed to stay competitive and that those organizations that can afford the very expensive imaging equipment will tend to be quite large.

Nanotechnology funding at $8.5 billion in 2008 is anticipated to increase rapidly as countries respond ot the economic meltdown. Every dollar invested in nanotechnology research turns $5 in tax dollars within a year and continues to provide that level of taxes for the next 20 to 50 years. This is a very good investment.

Countries are learning that they need to compete at a level of industrial development in the new global economy. The financial meltdown represents at its core the disintegration of national boundaries in the traditional sense. In its place are global enterprises based in a particular country, providing tax dollars to that base nation.

In this global economy, innovation is central. Innovation is based on software systems that improve productivity. Software is used to manage information and make it more accessible. Innovation improves enterprise and business decision making. Nanotechnology and electron microscopes are a central aspect of this global initiative.

FEI has had momentum in the microscope research markets unmatched by any competitor. The wins in the research market are significant because the nanotechnology techniques being developed there will work for another generation, driving markets in every segment as the research in nanotechnology being conducted now provides technology that will flow out into industry and government at a rapid pace.

FEI Company (Nasdaq:FEIC) high-resolution imaging and analysis system Titan(3(TM)) 80-300 scanning/transmission electron microscope (S/TEM) competitive win in the National Institute for Materials Science (NIMS) and King Abdullah University of Science and Technology (KAUST) of Saudi Arabia bring enormous opportunity to the company.

Nanoparticles are so tiny that good technology is a basic part of the industry. The best researchers prefer the FEI technology, giving the company significant competitive advantage.

IBM has extended 3D MRI to the Nanoscale. IBM Research (NYSE: IBM) scientists, in collaboration with the Center for Probing the Nanoscale at Stanford University, have demonstrated magnetic resonance imaging (MRI) with volume resolution 100 million times finer than conventional MRI.

Microscope market forecasts indicate that markets at $3.5 billion in 2008 are anticipated to reach $7.7 billion by 2015. Growth is stimulated by worldwide government investment in innovation in response to the meltdown of financial markets.

Get Full Details About This Report >>

US: 800.298.5699

Int'l: +1.240.747.3093

About MarketResearch.com
MarketResearch.com is an online aggregator selling over 250,000 market research reports, company profiles and country profiles from over 650 research firms. Our reports will provide you with the critical business and competitive intelligence you need for strategic planning and marketing research. Coverage includes the US, UK, Europe, Asia and global markets.

Worldwide Optical, Transmission TEM, and Scanning SEM Electron Microscope Market Shares, Strategies, and Forecasts, 2009 to 2015

Table of Contents

Abstract