A versatile stand-alone
holographic microscope
for real-time analysis.
Downloads
Overview
The Desktop Holographic Microscope uses a 405 nm laser as a light source to detect and analyze objects within a volume. Objects as small as 2 µm and as large as 2 mm can be accurately measured, imaged and counted.
Capture dynamic movement and time-dependent experiments.
Ideal for tracking moving samples through the depth of view.
Ideal for transparent and translucent fluid suspensions or dry samples up to several mm.
HD quality in 2D, 3D and 4D representations.
Benefits
Portable
Work at lab or in the field
Instant
Live imaging of samples without any manipulation
Effortless
No staining or prep work required
Compact
Minimal footprint in laboratory settings
Simple
No need to focus
Variety of Samples
Slides
Static Volumes of several mm3
Flow Cells to accommodate perfused solutions
Applications
Specifications
System
Measurement technique:
Digital inline holographic microscopy in transmission
Image types:
Intensity, amplitude, and phase images
Light source:
Single source of 405 nm
Sample stage:
Manual 2 axis x, y travel with 30 mm of travel
Computer:
PC with Intel Core 5, Nvidia GTX or better graphics accelerator card
Data transfer:
Gigabit ethernet port required in the host computer.
Software:
Swordfish, Octopus, Stingray software
Operating system:
Windows XP SP3, 32 or 64 bit, Windows 7, 8, 10
Dimensions & Weight
Microscope:
L x D x H: 180 mm x 220 mm x 233 mm, 5 kg
Performance
Vertical resolution:
<2 μm (dependant on reconstruction plane)
Lateral resolution:
<0.5 μm (dependant on reconstruction plane)
Field of view:
Up to 5 mm (depending on reconstruction mode)
Spatial sampling:
2048 x 2048 pixels (hologram)
Image acquisition rate:
Real-time imaging: 16 fps (2048 x 2048)
Imaged object size:
From 2 µm to 2 mm recommended
Power Requirement
Input voltage:
110-240V – 50/60Hz
Power requirements:
Approx 5W