Expand Capabilities, AND Extend THE Life OF your InstrumentATion
To ensure you keep up with advances in the field, and with related technology development, it is essential that instrument capabilities are constantly upgraded, whether with hardware or with software improvement.
The longevity of an instrument depends on the type of instrument, and also on its continuing utility as a cutting-edge research tool.
Life Science Imaging Software
Easy integration of fluorescent microscope hardware and peripherals into a single custom workstation
Standard life science imaging software
- Imaging toolbox
- Simplified multidimension acquisition and data analysis
- Compatible with many commercially available hardware options
- Camera and device streaming capabilities
- Complete microscope and peripherals automation
- Journals and task automation
- Easy to adapt to any other types of imaging
Quantitative fluorescence ratio imaging software
- Based on ratio imaging experiment workflow
- Single or multi-wavelength intracellular ion measurements
- Simultaneous display of the raw data, ratio image, graphs of intensities, ratios and ion concentrations
- Custom configuration
- Journals and task automation
Real-time super-resolution image processing
- Real-time localizations, file saving, and feedback
- Supported by Graphics Processing Unit (GPU) hardware acceleration
- Resolve sub-cellular objects: 20nm (xy), and 40nm (z)
- Offline image processing mode
- Open solution
Innovative MetaMorph User Program
Real-time control of laser illumination
- Simple to use with any microscope functions
- Seamless integration in MetaMorph
- Synergy with Multi Dimensional Acquiqition (MDA) performance
ILLUMINATION SYSTEMS
New generation fluorescence LED light sources
Universal, fast, controllable
LED illumination with enhanced intensity
Wide spectrum of wavelengths
Repeatedly modulated (switched on and off
No decay of intensity over time
Reduces the amount of hazardous waste
Affordable, compact, fast, controllable LED Illumination for Fura-2 ratiometric calcium imaging
Full LED ratiometric illumination system as an alternative to a monochromator
Ultra-fast precise illumination control
No moving parts
Perfect stability
Also supports everyday fluorescence microscopy
Affordable, compact, safer controllable LED illumination for fluorescence imaging
Full LED illumination system as an alternative to mercury bulb
Fast illumination control
No moving parts
Perfect stability
Universal, affordable, safer LED illumination
Transmitted Light
True white
Replaces 100W halogen
No color change with intensity increase
Fluorescence
20 wavelengths, 365 – 770nm
Singly or combined or dual adapter
Direct fit / Liquid Light Guide (LLG) / Fiber
Instant ON/OFF
Bringing Innovation to Light. Lumencor light engines embody novel, solid state lighting solutions
Laser-Free Illumination
Unique laser free spinning disk solution replaces DSD2 with more flexibility and performance
Affordable
Easy to use
High confocality
Fast
Low running costs
All-in-one bench-top laser-free confocal microscope
Affordable
Compact
Easy to access
Easy to use
Fluorescence detection
Microscope Life Science Cameras
Matching Your Needs
A leader in the scientific CMOS camera revolution, a camera to fit almost any budget or application
MICROSOPE CAMERAS | sCMOS
Leader in the scientific CMOS
Improved field of view,
resolution and sensitivity
2048 (H) x 2048 (v) pixels – 4.0 megapixels
82 % peak QE
100 frames/s
0.8 electrons Readout Noise
37000:1 Dynamic Range
New workhorse camera
to bring high end performance
to every imaging project
2048 (H) x 2048 (v) pixels – 4.0 megapixel 6.5 µm pixel size 82 % peak QE 30 frames/s 0.9 electrons Readout Noise 33 000:1 Dynamic Range
Fast, low noise CMOS camera at lower cost
CCD alternative 1920 (H) x 1200 (v) pixels
2.3 megapixel 5.86 µm pixel size 65 frames/s 6.6 electrons Readout Noise 5000:1 Dynamic Range
MICROSOPE CAMERAS | EM-CCD cameras
Preferred camera choice
for quantitative ultra-low light imaging
both for long integration times
and at high speed
512 (H) x 512 (v) pixels
16 µm pixel size
>90 % peak QE
70 frames/s
8 electrons Readout Noise
4x to 1200x EM gain
1 electron max. (EM gain 1200×)
Extremely versatile camera
with very high signal to noise
in near dark conditions
1024 (H) x 1024 (v) pixels
13 µm pixel size
>90 % peak QE
18.5 frames/s
10 electrons Readout Noise
10x to 1200x EM gain
1 electron max. (EM gain 1200×)
MICROSOPE CAMERAS | Image Splitting Optics
Versatile, dual camera
splitting optics
with unrivaled optical quality
Dual channel system 2x ORCA-Flash4.0 450nm – 800 nm Ease of use Super resolution quality
Compact dual wavelength solution
smoothly integrated
on a wide range of research microscopes
Dual channel system 400nm – 800 nm Ease of use Bypass mode Zoom and focus adjustment Chromatic aberration correction