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LEICA
Q550 MW
Material Workstation
Leica Q550 MW 工業材料檢測系統及其自動化顯微鏡與影像系統,
提供完整的應用軟體.
供全方位的創新解決方法 (
Innovative Application Solution ). .
美嘉儀器除了公司本身具有多位原廠訓練合格的工程師專員外,
另聘有專業的研究所的技術專員,
爲您解決所有的問題.
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LEICA
Q550 MW Application Modules ( 應用模組
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The Q550MW is an
imaging solution for materials characterisation
applications. It integrates automated microscopy,
computing and digital image analysis to increase
laboratory productivity by efficiently performing
routine, yet sophisticated analytical tasks,
accurately and automatically.
Example Applications:
Steel Inclusion Rating
Hardness Testing
Quality Testing
Coating Analysis
Automotive Inspection
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| Leica
QCoating is a digital image analysis
application available as a single module or
as part of the Leica QMetals suite. |
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| Leica
QDecarburisation is a digital image analysis
application available as a single module or
as part of the Leica QMetals suite. ... |
Leica
QDecarburisation is a digital image
analysis application available as a
single module or as part of the Leica
QMetals suite. Leica QDecarburisation
rapidly measures the depth, or width,
of complete, partial and total
decarburisation, averaged over a
defined region.
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Performs
interactive or automated
measurement of complete, partial
or total decarburisation. |
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Operates
within the Leica Q550 MW
Materials Workstation
environment. |
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Leica
QDecarburisation Wizard guides
the user through the application
process. |
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Conformity
to industry standards. |
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User
configurable report formats for
presentation of results. |
Decarburisation
occurs for example, when carbon is
burnt from the surface of steel during
the process of heat-treatment. Because
the decarburised surface layer can
influence the properties of the
finished product, it is important to
be able to analyse it.
Compared with traditional manual
techniques, Leica QDecarburisation
provides a significant improvement of
laboratory productivity. Not only does
it have greater sample throughput
capability and measurement
repeatability, but it is also, in its
automatic mode, inherently objective,
and therefore more accurate. Results
can be stored in an integrated
database, where a search facility can
quickly find the results of a
particular analysis using unique
information such as customer, specimen
type, data, operator, etc.
Leica QDecarburisation complies with
the following standards: ASTM E1077
DIN 50192 ISO 3887 JIS G0558.
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| Leica
QGrain is a digital image analysis
application available as a single module or
as part of the Leica QMetals suite. |
Leica
QGrain is a digital image analysis
application available as a single
module or as part of the Leica QMetals
suite. Leica QGrain performs
automatic, objective and repeatable
grain size analysis to industry
standards. Compared with traditional
manual techniques, Leica QGrain not
only minimises the operator time and
effort required, it also improves the
accuracy of analysis, irrespective of
the material being analysed.
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Performs
interactive and
automated grain sizing
analysis. |
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Leica
QGrain Wizard guides the
user through the
application process. |
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Comprehensive
selection of analysis
techniques. |
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Gallery
of standard grain images
for visual comparison. |
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Outstanding
grain reconstruction
algorithms.
Leica
QGrain
is just one application
of the Leica QMetals
suite for the Leica Q550
MW Materials
Workstation, and it uses
the Leica Q550 MW
environment for image
acquisition and system
automation. The
environment also
provides easy access to
essential, interactive
instrument settings and
a continuous display of
the workstation
operating conditions,
such as camera gain and
offset, shading
correction, detection
levels and calibration.
Confidence in
Conformity
Leica QGrain offers the
user a comprehensive
selection of grain size
analysis techniques. The
user can be confident
that the analysis
process conforms to
their particular
laboratory requirements
and the relevant
industry standard.
Analysis
History, Database and
User Configurable
Reports
Leica QGrain measures
the grain size number,
the mean area and mean
intercept length at high
speed, according to the
standard and analysis
technique selected;
measurements can be
averaged over multiple
fields of view if
required. Results and
images may be displayed
and stored in an
integrated database,
where a search facility
can quickly find the
results of a particular
analysis using unique
information such as
customer, specimen type,
data, operator, etc..
Traceability is ensured,
providing analysis
history for
incorporation into local
GLP procedures. Results
can be stored along with
images in the industry
standard Microsoft
Access database format
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| Leica
QPhase is a digital image analysis
application available as a single module
or as part of the Leica QMetals
suite. |
Leica
QPhase is a digital image
analysis application available
as a single module or as part
of the Leica QMetals suite.
Leica QPhase automatically and
precisely measures area
percentage of multiple phases
within a microstructure.
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Performs
automatic,
multiple-phase area
percentage analysis. |
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Leica
QPhase Wizard and the
Materials Assistant
guide the user through
the analysis process. |
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Comprehensive
selection of analysis
techniques. |
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Integrated
database for convenient
recall and statistical
analysis. |
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User
configurable report
formats for high-quality
presentation of results. |
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phase in a material is
described as a region of
uniform contrast, associated
with a known constituent of
the specimen. Leica QPhase
identifies each phase by
contrast and automatically
calculates its area
percentage. Multiple phases
are identified by coloured
overlays and can be
simultaneously displayed for
the same field of view. A
variable image frame is
available to precisely adjust
the size of the field to be
measured. Identification and
measurement of multiple phases
within a field can be
performed in a fraction of a
second.
Results are accumulated over
multiple fields of view to
allow accurate
characterisation of the
specimen. According to a range
of published standards, QPhase
continuously reports the 95%
confidence interval and
relative accuracy, allowing
precise monitoring of the
measurement procedure. Using
optional motorisation of the
microscope stage and focus,
QPhase allows fully unattended
quantification of the
microstructure through
automated specimen scanning.
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Confidence
in Conformity
Leica QPhase automatically
identifies each phase on the
basis of contrast,
irrespective of the type of
material concerned. By
identifying the appropriate
industry standard, the user
can be confident that the
analysis process conforms to
their particular laboratory
requirements.
Industry Standards Complied
to: ASTM E 562 BS 7590
Results Database for
Convenience and User
Configurable Report Formats
Following phase detection and
measurement, the phase
analysis results are presented
in both graphical and
statistical formats to suit
user preferences. Each field's
microstructure analysis raw
data is also displayed, for
advanced analysis of
anisotropy, intercepts, and
feature count. With optional
microscope stage automation,
each field may be
automatically relocated for
further review.
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| Leica
QNodules is a digital image analysis
application that objectively measures and
classifies graphite particles. |
Leica
QNodules is a digital image
analysis application that
objectively measures and
classifies graphite particles
in polished cast iron
specimens. Graphite particles
in nodular and flake forms,
can be correlated to the
physical and wear properties
of cast iron. Leica QNodules
measures and classifies
nodular graphite by size, form
and distribution, according to
a range of standard
techniques.
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Performs
automated graphite
particle analysis, with
continuous operator
control. |
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Leica
QNodules Wizards guide
the user through the
analysis process. |
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Conformity
to extensive range of
industry standards. |
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Operates
within the Leica Q550 MW
Materials Workstation
Application Environment,
Microsoft Windows
environment |
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Comprehensive
selection of standards
Leica QNodules offers a
comprehensive selection of
analysis techniques, all of
which measure graphite
particles in a polished sample
on the basis of contrast,
irrespective of the type of
material concerned. By
identifying the appropriate
industry standard, the user
can be confident that the
analysis process conforms to
their particular laboratory
requirements. Industry
Standards complied with: ASTM
A247-67 (1990) JIS G 5502* ISO
945:1975
Methodology
Leica QNodules quickly and
reproducibly identifies,
measures, and classifies the
graphite microstructure. The
area and shape (ie roundness)
of each graphite particle in
the field of view is measured
and these values are then
automatically compared to
standard classes or to user
defined thresholds in order to
classify the size and form of
the graphite
Accurate,
Automatic Analysis
Nodule results are accumulated
over multiple fields of view
to allow fast, accurate
characterisation of many
hundreds of nodules in the
specimen. According to a range
of published standards,
QNodules continuously reports
the 95% confidence interval
and relative accuracy,
assuring precise monitoring of
the measurement procedure.
Using optional motorisation of
the microscope stage and
focus, QNodules allows fully
unattended quantification of
the microstructure through
automated specimen scanning.
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| Leica
QParticles is a dedicated digital image
analysis application solution for
measuring particles in a specimen. It is
able to e ... |
Leica
QParticles is a dedicated
digital image analysis
application solution for
measuring particles in a
specimen. It is able to
examine specimens and produce
statistics summarising a wide
variety of parameters of each
particle within the specimen.
Applications include the
examination of substances such
as powders, inclusions in
metals and the particulate
content of filters.
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Wide
range of measurements;
40 standard parameters,
plus additional
user-defined parameters. |
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Particle
Gallery for at-a-glance
review and comparison. |
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Specimen
Map for analysis
overview and relocation. |
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Statistical
and graphical analysis
of results. |
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Optional
microscope stage
automation performs
measurements
automatically. |
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Incorporates
user-configurable
reports for presentation
of results |
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Wide
Range of Applications
Leica QParticles has a wide
range of applications,
including the examination of
substances such as powders,
fibres, pores and ink. No two
particles are exactly alike
and Leica QParticles for the
Materials Workstation ensures
you have the tools needed to
reveal the subtle as well as
the critical characteristics
of your specimens. Leica
QParticles has been tested in
a wide range of applications -
for metallurgy,
pharmaceuticals, ceramics and
contamination inspection.
Increased Accuracy
Leica QParticles characterises
particle morphology to an
unprecedented degree of
accuracy, completeness and
simplicity. Utilising
expertise in image analysis,
microscopy and automation,
Leica QParticles integrates
all aspects of particle
analysis, from sample
evaluation and automated
analysis to data presentation
and reporting.
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Automated
For Ease of Use
Automation provides greater
sample throughput and
measurement repeatability and
also ensures objectivity,
leading to greater accuracy.
Using optional microscope
motorisation, Leica QParticles
will automatically scan the
specimen, for fully unattended
inspection of many fields of
view.
Visual Confirmation
For added reassurance in the
data measure, Leica QParticles
can store images of all
particles in predefined
limits. These can be reviewed
at the end of the automated
analysis so that the operator
can confirm that the correct
particles are included. You
can also reject any specimen
particles or debris.
Laboratory productivity
Compared with traditional
manual techniques, Leica
QParticles can provide a
significant improvement in
laboratory productivity.
Automation provides greater
sample throughput capability
and measurement repeatability,
and also ensures objectivity,
leading to greater accuracy.
Analysis
History Database
Using the integrated Analysis
History database of the
Materials Workstation, results
produced by Leica QParticles
may be tracked, archived, and
reviewed for more detailed
investigations and
comparisons. Leica QParticles'
reports support
Microsoft™ Word®
document templates for the
ultimate in user customisation,
so you can present your
results with the maximum
impact and clarity.
Wizards
Leica QParticles' Detection
Wizard helps you best identify
exactly what is to be
measured. Using a simple
step-by-step approach, define
the optimal settings for
accurate particle detection.
Similarly, the Measurement
Wizard guides you through the
precise definition of the
measurements required to best
evaluate your specimen.
Automation
Using optional microscope
motorization, Leica QParticles
will automatically scan the
specimen, for fully unattended
inspection of many fields of
view. Leica QParticles also
supports the advanced Leica
QUIPS software for
state-of-the-art image
processing capabilities,
ensuring maximum flexibility
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| Leica
QFilter is a specialist imaging
application that offers accurate, fast and
dependable classification of particulate
pollutio ... |
Leica
QFilter is a specialist
imaging application that
offers accurate, fast and
dependable classification of
particulate pollution of
fluids, for example, those
used in hydraulic
transmissions and fuel
injection systems. This
application measures
contamination levels by
analysing particles and fibres
caught from fluid passed
through a measured area of
filter paper.
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Performs
automatic filter
inspection. |
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Conforms
to ISO4406 standard. |
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Database
for easy recall of
reference information. |
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Operator
guidance through each
stage of the analysis
process. |
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Automatic
Pre-scan quickly
evaluates particle
density of sample number
of fields to increase
accuracy. |
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Predictive
autofocus allows
unattended measurement
of entire filter
surface. |
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Leica
QFilter is primarily used to
achieve cleanliness in
manufacturing, where the
analysis of filters is of
paramount importance in
assessing the quality of
automotive parts, hydraulic
transmissions, oil and fluid
purity.
Conforms to Industry
Standards
Leica QFilter ensures high
standards, automatically and
quickly counting and
classifying particles and
fibres present, according to
the ISO 4406 or NFE48-651
standards. Custom size grades
may be defined for user's own
classifications. Leica QFilter
measures pollution levels by
analysing particles and fibres
caught from fluid passed
through a measured area of
filter paper. It offers
accurate, fast and dependable
classification of particulate
contamination of fluids.
Efficient
Maximum efficiency and
simplicity (compared to manual
methods) is ensured by
integrating the motorised
microscope with intelligent
control software which allows
Leica QFilter to quickly
measure the hundreds of fields
required to analyse an entire
filter.
Predictive Autofocus
During the filter scanning
process, Leica QFilter's
Predictive Autofocus ensures
the precise focus of each
field of view automatically,
while retaining the maximum
performance and throughput.
The Leica QFilter product
application solution, in
conjunction with a Leica
optical microscope, provides
an integrated solution for
assured standards compliance,
and is available immediately
from Leica Sales Units and
approved representatives
world-wide
Fast,
Simple & Convenient
Analysis
Leica QFilter's automatic
'pre-scan' will even quickly
evaluate the particle density
of a few initial fields and
recommend the appropriate
percentage of the filter
surface that should be scanned
to achieve the required result
accuracy. During the filter
scanning process, Leica
QFilter's Predictive Autofocus
ensures the precise focus of
each field of view
automatically, while retaining
the maximum performance and
throughput.
Comprehensive Results and
Reports
The particle measurement
results are automatically
classified according to the
ISO 4406 standard, or can be
classified according to
user-defined size grades.
Leica QFilter reports the
final results using any of a
number of user-definable
report formats. Each report
contains the detailed results
of the filter analysis, as
well as specimen information,
particle distributions, and
the ISO4406 classification.
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| Leica
QHardness incorporates automated
microscopy, indentation control, and
digital imaging for analysing the hardness
of material ... |
Leica
QHardness incorporates
automated microscopy,
indentation control, and
digital imaging for analysing
the hardness of materials such
as metals, glass, plastics and
ceramics.
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Automated
indentation and
measurement. |
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Programmable
indentation
parameters. |
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Control
of optional motorised
stage for automatic
determination of
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