Expand Capabilities, Give an Extended Life to your InstrumentATion

It is essential that instrument capabilities are constantly upgraded, whether with hardware or with software improvements, to ensure you keep up with advances in the field and related technology development.

The lifetime of an instrument will depend not only on the type of instrument but 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
  • Compatibility with many commercially available hardware options
  • Camera and devices streaming capabilities
  • Complete microscope and peripherals automation
  • Journals and task automation
  • Easy to combine with any other type 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, saving, & feedback
  • Supported by GPU hardware acceleration
  • Resolve sub-cellular objects: 20 nm (xy) & 40 nm (z)
  • Offline image processing mode
  • Open solution


Innovative MetaMorph User Program



Real-Time Control of Laser Illumination

  • Simple to play with any microscopic functionality
  • Seamless integration in MetaMorph
  • Synergy with MDA performance




New Generation  Fluorescence LED Light Sources

LEDs: Light Emitting Diodes

Universal, Fast, Controllable
LED Illumination with Enhanced Intensity

 Wide spectrum of wavelengths
 Repeatedly modulated or 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 – Alternative to a monochromator
 Ultra-fast precise illumination control
 No moving parts
 Perfect stability
 Supports also everyday fluorescence microscopy

Affordable, Compact, Safer Controllable LED Illumination for Fluorescence Imaging

 Full LED illumination system – 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

 20 Wavelengths 365 – 770nm
Singly or combined or Dual Adapter
 Direct Fit / LLG / Fiber

Bringing Innovation to Light

Lumencor light engines embody novel, solid state lighting solutions.

Laser-Free Illumination

Unique Laser Free Spinning Disk solution Replace DSD2 with more flexibility and performance

 Easy to use
 High confocality
 Low running costs

 All-in-one bench-top laser-free confocal microscope

 Ease of access
 Ease of use


Fluorescence detection

Microscope Life Science Cameras
Matching Your Needs


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


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

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