Disruptive flow-through microscopy


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The latest version of PlanktoScope is now available

Overview


The PlanktoScope V.2.6 is a flow-through microscope designed by FairScope for high-precision imaging of suspended particles, it excels in capturing details of plankton up to 300 µm, enabling comprehensive planktonic studies. This cost-efficient device, equipped with high-resolution imaging capabilities, is an ideal asset for research labs focusing on aquatic ecosystems, offering a balance between budget constraints and the need for sophisticated microscopy.


Precise

Developed by its original inventor, PlanktoScope V.2.6 provides accurate, high-resolution imaging for the global scientific community.


Adaptable

Featuring automated image capture and analysis capabilities, PlanktoScope adjusts to various research needs and is EcoTaxa compatible.


Connected

With diverse connectivity options and open-source software, PlanktoScope offers seamless access to data, stored locally or in the cloud.


Durable

Sized for portability and crafted from robust bamboo plywood, PlanktoScope is easy to use and engineered to withstand long lab hours.

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The design of PlanktoScope V.2.6 showcases impressive durability, performing seamlessly during continuous multi-day usage.

The PlanktoScope V.2.6 is distinctively user-friendly with a high reparability index. Its design enables easy disassembly, providing users with hassle-free access to all components of the device. 


The PlanktoScope software is open-source, hosted on GitHub. Further embodying our commitment to transparency and collaboration, PlanktoScope is licensed under the CERN Open Hardware Licence for its hardware, the GNU General Public License for its software, and the Creative Commons Attribution-ShareAlike license for its documentation. The PlanktoScope hardware, too, is open-source. Certifications including DIN SPEC 3105-1: Open Source Hardware and OSHWA are currently pending.

Key Features include: 

  • Focus stage control for precise examination
  • Pump control for optimal fluid management
  • Automatic image capture for efficient data collection
  • Automatic segmentation for quick analysis
  • EcoTaxa compatible

General

Size (WxHxD):

275 mm x 105 mm x 125 mm

Weight:

3.5kg

Material:

Bamboo plywood


Electronic

HAT Version:​

PlanktoScope Pi HAT v.1.2

Power:

DC 12V 4A - DC Jack Barrel - 5.1 x 2.2mm

Accessible Ports:

Gigabit Ethernet; 2 USB 3.0 ports; 2 USB 2.0 ports.

Computer:

Raspberry Pi 4 B

Memory:

4 GB

Storage:

128 GB


Optic

Camera:

Raspberry Pi High Quality Camera

Sensor:

Sony IMX477R stacked, back-illuminated sensor

Still resolution:

12.3 megapixels

Lenses standard:

M12

Tube Lens Focal Length:

25 mm

Objectif Lens Focal Length:

12 mm

Optical magnification:

1,33

Field of view:

3 062 µm x 2 295 µm

Optical pixel size:

0,75 µm

Depth of field:

95 µm

Optic assembly:

ThorLabs Extension Tube with M12 Adapters


Fluidic

Tubing composition:

Tygon S3 - Contains no BPA or phthalates

Tube ID:

1.6 mm (1/16")

Tube OD:

3.2 mm (1/8")

Tube connector:

Luer Lock

Flow cell thickness:

300 µm

Volume per image:

2.1 µL

Acquisition rate:

0.126 ml/min


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