Basler PowerPack
FOR MICROSCOPY
Choose your complete plug-and-play microscopy
package
Count on high performance cameras
Work with professional software for image acquisition
and analysis
Save time in routine work and use advanced image
enhancement technology
OVERVIEW
Basler PowerPack for Microscopy –
Tailored All-round Package for Precision
Without Compromises
Implementing microscopy applications means jug-
gling your system’s unique requirements against your
own needs. Visualization and monitoring, image cap-
turing, processing and/or analysis, as well as discus-
sion, documentation and archiving in life science,
medical or industrial settings: each task must provide
insights into fine details, structure and function of the
most varied and smallest objects.
Digital cameras provide the highest image quality in
real-time, plus outstanding color reproduction and
fidelity, and a high dynamic range. These are prerequi-
sites essential for reproducible, detailed observation,
differentiation and analysis of the most delicate struc-
tures in materials or biological samples.
Thanks to Basler’s modular PowerPack concept, you
can now tailor your camera system without compro-
mises. Benefit from Basler’s high quality cameras with
all necessary components at your fingertips for a
simple system setup and easy installation. Rely on
precise and reliable imaging, as well as on professional
software for image acquisition and analysis.
OVERVIEW
Pick and Choose Your Camera
Based on today’s ambitious microscopy requirements, Basler offers color
cameras equipped with the standardized USB 3.0 interface in various perfor-
mance configurations:
State-of-the-art CMOS sensor technology provides highest performance.
Resolutions from 1.2 MP to 12.2 MP produce top-notch image quality.
For capturing moving objects or real-time visualization, up to 200 images per
second offer complete and reliable image processing.
Choose
Basler Microscopy pulse
for best cost efficiency.
Choose
Basler Microscopy ace
to meet highest performance requirements.
AT BASLER, WE GIVE TECHNOLOGY
THE POWER OF SIGHT.
Benefit From Compatible Equipment Setup and Easy Quick Start
Your Basler PowerPack is designed for an easy system setup. With your chosen camera, you receive a tested
USB 3.0 cable, a simple-to-understand quick install guide, as well as professional microscopy software. The
PowerPack with pulse microscopy camera also includes a CS- to C-mount adapter for trouble-free system
assembly. These components enable you to test your system and to start working immediately.
Quick Install Guide
Simple to understand Quick Install Guide with step-
by-step instructions
Basler Microscopy Software
Professional software for image acquisition and
analysis included in each PowerPack
USB 3.0 Cable
High quality USB 3.0 cable tested for plug-and-play
and reliable operation
CS- to C-Mount Adapter Ring
For each pulse camera, adapter produced with high
precision for ideal C-mount adaption
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3
BASLER MICROSCOPY CAMERA
Choose a Microscopy Camera Tailored to Your Requirements
Basler Microscopy pulse
Best Value for Money
Technology
Sensor technology
Resolution [MP]
Speed [fps]
Standard light microscopy
Fluorescence
Applications
Education
Monitoring, documentation, archiving
Medical & life sciences
Industrial
Sperm analysis
ON Semiconductor
1/3.7" – 1/2.5" CMOS
1.2 – 5.0 MP
14 – 54 fps
Basler Microscopy ace
Enjoy Highest Performance
Sony PREGIUS
1/1.8" – 2/3" CMOS
1.3 – 12.2 MP
35 – 55 fps
ON Semiconductor
1/2"
1.3 MP
160 – 200
BASLER MICROSCOPY CAMERA
Sensor Technology Shift: CMOS Now Better Than CCD
CCD sensors are very typical for microscope cameras. They offer good results for example in low-light condi-
tions such as in fluorescence applications. Even with long exposure times, they generate an acceptable noise
level caused by physics and the electronics inside an image sensor. And for a long time, the CCD sensor tech-
nology was leading the market with the best available performance. As the world-leading manufacturer of CCD
sensors decided in 2015 to stop producing and investing in this technology, no major new inventions or devel-
opments have been made to expand the CCD technology. CMOS technology on the other hand has experienced
heavy investment. It can keep up with the high quality of CCD sensors and can now deliver even better image
quality. For example, the noise ratio has been brought down to a very low level and the dynamic range improved,
which is helpful for recording high differences in brightness between subject and background.
In addition to the high performance of CMOS sensors, the limited availability of CCD sensors is pushing this
technology shift forward, as cameras with CCD sensors will shortly be discontinued. The following table con-
tains typical CCD sensors which have been integrated into many scientific-application cameras. The specifica-
tions show the advantages of the next-generation CMOS sensors offered when choosing one of Basler’s micros-
copy cameras:
–
–
–
–
–
–
–
–
Advantages of new CMOS
sensor technology
CCD
CMOS
Basler scout
Sony ICX274
1.4 MP
6.45 m
17 fps
58 %
7.8 e-
67.7 dB
Basler Microscopy ace
2.3MP
Sony PREGIUS
2.3 MP
5.86 m
40 fps
70 %
6.8 e-
73.6 dB
Basler pilot
CCD
CMOS
Basler Microscopy ace
5.1MP
Sony PREGIUS
5.1 MP
3.45 m
35 fps
67 %
2.25 e-
73.0 dB
Many routine microscopic applications in industrial,
biological or medical laboratory settings, such as
those in materials science, histology, cell biology,
hematology or microbiology, are based on light
microscopy using various illumination and contrast
methods. Today, cameras are a central part of these
applications and are used wherever it is important to
monitor images “live”, and to discuss, capture, analyze
and archive them. Cameras in conventional light
microscopy must reliably deliver high-resolution, pin-
sharp images with appealing color fidelity.
Your benefits include:
Outstanding image quality and reproducible
results
New image enhancement and color adjust-
ment algorithms
Both video recording and image sequences
for time-lapse microscopy
Best price/performance ratio, and German
precision manufacturing
Camera Model
Sensor
Resolution
Pixel Size
Frame Rate
Quantum Efficency
Temporal Dark Noise
Dynamic Range
Sony ICX625
5.0 MP
3.45 m
17 fps
47 %
12.7 e-
54.8 dB
Trust in State-of-the-Art Vision Technology Made in Germany
30 years of experience makes Basler’s equipment the most reliable and trusted industrial
vision technology in the market. As a key driver of technology trends and vision standards, we
measure our cameras and their components against the highest standards and offer out-
standing quality for reproducible pictures and reliable analysis.
We are constantly developing and improving our products. Already today, we install many
cameras into medical and life science applications. These digital cameras must provide
highest image quality and exceptional color reproduction. New advanced image enhance-
ment and color adjustment algorithms enable consistent and repeatable color fidelity, and
perfectly reproduce pictures of challenging samples. Thanks to exhaustive quality assurance
measures, long-lasting camera life is a given. We also stand for long-term market availability
of our cameras, to make your decision worthwhile and satisfying.
4
5
BASLER MICROSCOPY PULSE
Highlights: Basler Microscopy pulse
Reliable lightweight
The Basler Microscopy pulse cameras with resolutions
between 1.2 MP and 5 MP come in with USB 3.0 as
standard interface. USB 2.0 backward compatibility
offers maximum system flexibility. The cameras are
specifically designed to be cost-effective and easy to
use. High frame rates allow for smooth live viewing,
fast focusing and sample screening. The rock-solid
image quality provided by the established ON Semi-
conductor CMOS sensor technology offers accurate
and reproducible results for a broad range of standard
light microscopy applications in educational settings,
as well as life science, fluorescence, diagnostics, mate-
rials or industrial inspection. Our newly-implemented
image enhancement and color adjustment algorithms
enable outstanding color reproduction and brilliant
contrasts.
TECHNICAL DETAILS
Specifications
Basler Microscopy
Camera
Microscopy pulse
1.2 MP
Microscopy pulse
2.0 MP
Microscopy pulse
3.3 MP
Microscopy pulse
5.0 MP
Resolution (H × V) [pixels]
Sensor
Sensor Size (optical)
Sensor Technology
Pixel Size [ m
2
]
Active Area [mm]
Max. Frame Rate [fps]
Temporal Dark Noise [e-]
Dynamic Range [dB]
Exposure Control
Gain
Mono / Color
Interface
Mechanical/Electrical
Dimensions (d × L) [mm]
Temperature Range
Lens Mount
Microscope Camera
Adapter
Power Consumption
(typical) [W]
Weight (typical) [g]
Conformity
Software Environment
Operating System
1280 × 960
1/3"
CMOS Global Shutter
3.75 × 3.75
6.00
54
5.12
64
1920 × 1080
1/3.7"
CMOS Rolling Shutter
2.2 × 2.2
4.85
30
6.4
70.1
Manual
Color
USB 3.0
2048 × 1584
1/3"
CMOS Rolling Shutter
2.2 × 2.2
5.70
20
6.4
70.1
2592 × 1944
1/2.5"
CMOS Rolling Shutter
2.2 × 2.2
7.13
14
6.4
70.1
ON Semiconductor
Manual and Automatic
38.8 × 28.2
0°C – 50°C
CS-mount
0.3 ×, 0.33 ×, 0.35 ×
0.3 ×
≈1.3
<60
CE, RoHS, GenICam, UL, FCC, USB3 Vision
0.3 ×, 0.33 ×, 0.35 ×
0.45 ×, 0.5 ×, 0.55 ×
Windows 7, Windows 8.1, Windows 10 - 32 bit and 64 bit
Specifications are subject to change without prior notice.
Latest specifications and availability can be found on our
website www.baslerweb.com.
Please visit
www.baslerweb.com/manuals
for the detailed camera User’s Manual and
www.baslerweb.com/thirdparty
for information on third party software.
Dimensions
(in mm)
Ø38.8
Photosensitive
surface of the sensor
28.24
View A
A
max. 12.526
puA1600-60um/uc max. 12.071 + spacer ring 0.5 = 12.571
18
37.4
20.1
1/4-20 UNC 6
6
7
BASLER MICROSCOPY ACE
Highlights: Basler Microscopy ace
Exceptional performance of Sony PREGIUS sensors
The Basler Microscopy ace cameras feature Sony's
latest-generation IMX CMOS sensors. Thanks to these
global shutter sensors, the cameras offer low noise
levels down to 2.2 e-, a large dynamic range of roughly
73 dB, and quantum efficiencies over 70 %. In this way,
the Basler Microscopy ace models with resolutions up
to 12.2 MP achieve a new level of image quality, which
makes them the ideal choice for moderate-to-chal-
lenging microscopy applications in life science, flou-
rescence, diagnostics, materials science, engineering
technology, forensics and many others.
Newly implemented image enhancement and color
adjustment algorithms enable exceptional color
reproduction and sharpness for precise and reliable
true-to-life results. The ultra-high frame rates of up to
200 fps allow for smooth live video preview, fast
focusing and sample screening even at full resolution.
TECHNICAL DETAILS
Specifications
Basler Microscopy
Camera
Microscopy ace
1.3 MP 48
Microscopy ace
1.3 MP 160
Microscopy ace
1.3 MP 200
NEW
Microscopy ace Microscopy ace
2.3 MP Mono
2.3 MP Color
Resolution (H × V) [pixels]
Sensor
Sensor Size (optical)
Sensor Technology
Pixel Size [ m
2
]
Active Area [mm]
Max. Frame Rate [fps]
Temporal Dark Noise [e-]
Dynamic Range [dB]
Exposure Control
Gain
Mono / Color
Interface
Mechanical/Electrical
Dimensions (L × W × H) [mm]
Temperature Range
Lens Mount
Microscope Camera Adapter
Power Consumption (typical)
[W]
Weight (typical) [g]
Conformity
Software Environment
Operating System
1280 × 1024
1/1.8"
5.86 × 5.86
9.60
48
6.83
73.0
1280 × 1024
1/2"
4.80 × 4.80
7.90
160
8.9
56.2
1280 × 1024
1/2"
CMOS Global Shutter
4.80 × 4.80
7.90
200
10.6
56.3
Manual and Automatic
Manual
1920 × 1200
1/1.2"
5.86 × 5.86
13.30
40
6.83
73.0
1920 × 1200
1/1.2"
5.86 × 5.86
13.30
40
6.83
73.0
Sony PREGIUS ON Semiconductor ON Semiconductor Sony PREGIUS Sony PREGIUS
Color
Color
Mono
USB 3.0
Mono
Color
29.3 × 29.0 × 29.0
0°C – 50°C
C-mount
0.45 ×, 0.5 ×,
0.55 ×
≈2.9
0.5 ×
3.0
0.5 ×
3.0
80
CE, RoHS, GenICam, UL, FCC, USB3 Vision
1 × – 1.2 ×
3.7
1 × – 1.2 ×
3.7
Windows 7, Windows 8.1, Windows 10 - 32 bit and 64 bit
Specifications are subject to change without prior notice. Latest specifications and availability can be found on our
website www.
baslerweb.com.
Please visit
www.baslerweb.com/manuals
for the detailed camera User’s Manual and
www.baslerweb.com/thirdparty
for information on third party software.
Dimensions
(in mm)
29
15
23.7
3x M3
29
20
12
29.3
41
6
12
16.5
22
4x M2
8
9
