Post on 30-Dec-2015
Leica Microsystems Company Overview
Antony van Leeuwenhoeck (1632-1723)
IndustryLife Science Medical
Leica Microsystems (LMS)
Div
isio
ns
*) Operating Company
Majo
r Pro
duct
Gro
ups
Imaging Solutions Re-search & Clinical
Specimen Preparation forImaging at Nanoscale
Screening & Picking Techno-logy for Optical Imaging
Busi
ness
Unit
s /
Majo
r Pro
duct
s
Surgical Microscopes
Imaging Technologies
Documentation Platform
Busi
ness
Unit
s /
Majo
r Pro
duct
s
Imaging Solutions for Industry & Education
Stereo and CompoundMicroscopes for Material and Geosciences
Forensic Microscopes
Leica Microsystems Group (LMG)
Industry Division Summary
Materials Manufacturing &
Processing
Scientific Institutions
Education ForensicMicrotechnology
Stereo MicroscopesCompound Microscopes
Digital CamerasImaging Software Solutions
Digital Microscopes
Confocal & Interfero-metry Instruments
Compound Microscopes
Stereo MicroscopesDigital Cameras Imaging Software Solutions
Digital Microscopes
Confocal & Interfero-metry Instruments
Compound Microscopes
Digital MicroscopesStereo MicroscopesPolarization Microscopes
Digital Cameras Imaging Solutions
Compound MicroscopesPolarization MicroscopesStereo MicroscopesDigital CamerasAnnotation & Measurement aoftware
Comparison Macroscopes
Stereo MicroscopesPolarization Microscopes
Compound Microscopes
Imaging SolutionsDigital Microscopes
Microscopic Imaging & Analysis Solutions for Industrial, Educational & Forensic Applications
Leading market position in Ergonomic Solutions and Stereo Microscopy Advanced Stereo and Compound Microscopes for Material & Geosciences Imaging Solutions including Imaging Analysis for Industrial and Educational Applications Market leader in Forensic Microscopy
Industry Division
Industry Division
Materials Manufacturing &
Processing
Scientific Institutions
Education ForensicMicrotechnology
Stereo MicroscopesCompound Microscopes
Digital CamerasImaging Software Solutions
Digital Microscopes
Confocal & Interfero-metry Instruments
Compound Microscopes
Stereo MicroscopesDigital Cameras Imaging Software Solutions
Digital Microscopes
Confocal & Interfero-metry Instruments
Compound Microscopes
Digital MicroscopesStereo MicroscopesPolarization Microscopes
Digital Cameras Imaging Solutions
Compound MicroscopesPolarization MicroscopesStereo MicroscopesDigital CamerasAnnotation & Measurement aoftware
Comparison Macroscopes
Stereo MicroscopesPolarization Microscopes
Compound Microscopes
Imaging SolutionsDigital Microscopes
Microscopic Imaging & Analysis Solutions for Industrial, Educational & Forensic Applications
Leading market position in Ergonomic Solutions and Stereo Microscopy Advanced Stereo and Compound Microscopes for Material & Geosciences Imaging Solutions including Imaging Analysis for Industrial and Educational Applications Market leader in Forensic Microscopy
Industry Division
Object PropertiesForm / MeasurementVisual InspectionDocumentation
Macro / Stereo
Analysing Methods
Material PropertiesMicrostructure AnalysisMeasurementDocumentation
Compound
Object PropertiesForm / MeasurementVisual InspectionDocumentation
Macro / Stereo
Material PropertiesMicrostructure AnalysisMeasurementDocumentation
Compound
Surface Properties3D Surface Form3-D visualization3-D MeasurementDocumentation
DCM8
Analysing Methods
Confocal VSI PSI
Z-range 40mm 10mm 20µmvert. Resolution 2nm 3nm 0.1nmX/Y Resolution 0.14µm 0.28µm 0.28µmmeasurement time 3-5 sec 10 sec 3-6 sec
1 µm
1 mm
40 mm
1 nm
Analysing Methods
10m
10‘000 m
µm
mm
nm
Å
400 km
meteors
corona
Analysing Methods
VSI PSI
Z-range 10mm 20µmvert. Resolution 3nm 0.1nm X/Y Resolution 0.28µm 0.28µm measurement time 10 sec 3-6 sec
10 mm
40 mm
Let‘s have a closer
look at the new
DCM8
Combination of Microscopy + Confocal Microscopy+ Interferometry
o Confocal
o Interferometry
o Brightfield Color
o Brightfield Grey (high resolution)
o Darkfield
DCM8 Dual Core Technology
DCM8 from the inside
DCM8 Dual Core Technology
• Extremely high light efficiency
• Highest vertical resolution for a confocal profiler (down to 1 nm)
• Repeatability from 0.1 nm to 100 nm
• Measurement in z-range up to 40 mm
• Fast acquisition time: < 3-5 s
• Steep slopes on smooth surfaces up to 72º.
• From very rough to moderately smooth surfaces
Top Bottom
Save time –
High speed
confocal scanning
Fast 3D-surface imaging with z-stacking
VSI: 10 mm PSI: 20 µm
Measuring z-range:
Principle of Interferometry
VSI: 3 nmPSI: 0.1 nm
z-resolution:
DCM8 with LeicaScanNew Graphical User Interface
Versatile & accurate – to meet your specific surface metrology
needs
• Most accurate confocal system with highest vertical resolution
(1nm) and great vertical resolution (up to 0.1nm) with
interferometry
• Optimal lateral resolution ( < 200nm) and contrast with confocal.
• High Resolution Full Color Imaging and Metrology for clear, true-
life visualization of results with Quadruple LED illumination
Key Customer Benefits
Key Customer Benefits
Fast & simple – less time and effort with maximum results
• Digital HD Microdisplay scanning without moving parts
(=> faster, quieter & more reliable)
• Simple and intuitive Leica software for rapid data
acquisition and analysis (e.g. “Google style” interface
supporting optimized acquisition workflow)
• No need to prepare samples or change instruments
Key Customer Benefits
Durable & low maintenance – low cost of ownership
• Leica Optics guarantes quality
• No moving parts significantly reduce chance of malfunction
• LED light technology for long lifetime
• Meeting your needs today and tomorrow
25
Applications
Application fields steel steel sheets Further examples
Powerful Applications with DCM8
Steel-Surface:Objective: 20x/0.5FOV: 1.15x1.24 mm²
Aluminum-Surface:Objective: 20x/0.5FOV: 1.15x1.24 mm²
Powerful Applications with DCM8
Metal-Surface of acutting tool:Objective: 20x/0.5FOV: 636x477 µm²
Powerful Applications with DCM8
Metal-Surface:defect by formingObjective: 20x/0.5FOV: 4.0 x 0.48 mm²
Polymer Transparent layers …
Application fields
Powerful Applications with DCM8: molded Plastic
Plastic-Surface:Objective: 20x/0.5FOV: 245x190 µm²
Plastic-Surface:Objective: 20x/0.5FOV: 245x190 µm²
Profile-Analysis
Powerful Applications with DCM8: molded Plastic
Plastic-Surface:Objective: 20x/0.5FOV: 245x190 µm²
Roughness-Analysis
Powerful Applications with DCM8: molded Plastic
Powerful Applications with DCM8: Printing Industry
Plastic-Surface:Objective: 20x/0.5FOV: 600x400 µm²
Plastic-Surface:Objective: 20x/0.5FOV: 600x400 µm²
Profile-Analysis
Powerful Applications with DCM8: Printing Industry
Plastic-Surface:Objective: 20x/0.5FOV: 600x400 µm²
Volume-Analysis
Powerful Applications with DCM8: Printing Industry
Powerful Applications with DCM8: Plastic-Part
Plastic-Surface:Objective: 20x/0.5FOV: 600x400 µm²
Plastic-Surface:Objective: 20x/0.5FOV: 600x400 µm²
Profile-Analysis
Powerful Applications with DCM8: Plastic-Part
Powerful Applications with DCM8 / High resolution
Polymer-Surface / Powder:Objective: 50x/0.9 // 150x/0.95FOV: 240x180 µm² // 80x60 µm²
Powerful Applications with DCM8 / Interferometry
Foil-Surface:VOID-AnalysisInt.-Objective: 10x/0.3FOV: 1.2x1 mm²
Powerful Applications with DCM8 / Interferometer
Foil-Surface / Defects:Objective: 20x/0.4FOV: 600x400 µm²
Flexibility. Surface of any material
• Rough (Metal)• Smooth (Semicon)
• Metals• Polymers• Glass• Ceramics• Organic
• Dry• Inmersed
• Transparent Layers• Low reflective
surfaces• Highly Reflective
surfacesImages courtesy of Sensofar-Tech ,S.L.
Advantages. New DCM8
Advantages. New DCM8
“To be the world’s first-choice provider of innovative solutions to our customers’
needs for vision, measurement and analysis of microstructures”
Our Mission
Leica & Science – Famous scientists working with instruments of Leica Microsystems
Page 45
Thank you for your attention!