Travelers' Map is loading...
If you see this after your page is loaded completely, leafletJS files are missing.
If you see this after your page is loaded completely, leafletJS files are missing.
This map lists some of the uses of the Curiosity microscope around the world.
Nature is an incredible learning ground. It imparts essential lessons such as patience, balance, adaptability, and respect. By observing natural cycles, we understand the importance of life, sustainability, and harmony. Nature invites exploration, discovery, and an understanding of the fragile balance that sustains our environment. Spending time outdoors allows us to become aware of the beauty in simple elements and grasp the need to preserve this living heritage. This direct contact with the environment teaches a more respectful and sustainable vision for the future.
The Curiosity microscope is a revolutionary tool that transforms the exploration of the microscopic world into an interactive and accessible experience for all. Used in various educational and scientific contexts, this microscope allows the discovery of life invisible to the naked eye with impressive clarity.
Join the community!
User guides
View guides
Tutorials / Protocols
View tutorials / protocols
Educational resources
View educational resources
FAQ
View FAQThe Curiosity microscope
A microscope that combines optical qualities and design with new digital technologies.
Simple and precise
Plug & Play it provides precise and high resolution imaging with great simplicity of implementation.
Modular
Designed in separate modules, it is easily adaptable/modifiable.
Digital
It can be connected to a phone, tablet, computer by a single USBc cable. No need for an electrical outlet.
Sustainable
Ultra compact and made of wood, it is attractive and designed to withstand long hours of observation.
The Curiosity microscope is modular.
Designed for the exploration of the microbiome, it is unique in its construction and robust in nature. It allows for capturing details of the invisible world and enables complete manual exploration of a wide variety of samples (plants, animals, soils, etc.).
With high resolution (4K) and ultra-portability, it is a rare and ideal tool for field observation, classroom use, or even on the laboratory bench.
It strikes a balance between cost constraints and the need for ultra-simple yet high-quality microscopy.
Features:
4K USB Camera.
Camera Specifications:
Image Sensor: SONY CMOS (1/2.8″)
Max. Resolution: 3840(H) * 2160(V)
Sensitivity: 1000mV/Lux-sec
Pixel Size: 1.45µmx1.45µm
Compression Format: MJPEG / YUY2(YUYV)
Resolution & Frame:
3840×2160 @ 30fps MJPEG / 2592×1944 @ 30fps MJPEG
2048×1536 @ 30fps MJPEG /1600×1200 @ 30fps MJPEG
1920×1080 @ 30fps MJPEG/ 1280×960 @ 30fps MJPEG
1280×720 @ 30fps MJPEG / 800×600 @ 30fps MJPEG
640×480 @ 30fps MJPEG / 320×240 @ 30fps MJPEG
3840×2160 @ 1fps YUY2 / 2592×1944 @ 1fps YUY2
2048×1536 @ 3fps YUY2 /1600×1200 @ 5fps YUY2
1920×1080 @ 5fps YUY2/1280×960 @ 5fps YUY2
1280×720 @ 5fps YUY2 / 800×600 @ 20fps YUY2
640×480 @ 30fps YUY2 / 320×240 @ 30fps YUY2
Center definition: 1000LW/PH (center)
S/N ratio: 30dB
Sensitivity: 0.65V/lux-sec @ 550nm
Minimum illumination: 0.2 lux
Shutter type: Electronic rolling shutter/Frame exposure
Connection port type: USB2.0 high speed
AEC: Support
AEB: Support
AGC: Support
Auto Focus: Support
Adjustable parameters: Brightness, contrast, hue, saturation, sharpness, gamma, white
Balance, Exposure
Lens parameter: CCTV with mounting thread: M12x0.5
Power supply and connector: USB BUS POWER 4P-2.0mm socket
Supply voltage: DC5V
Power supply power: 200mA
PCB size: 38mm × 38mm
Storage temperature: -20 °C to 70 °C
Working temperature: 0 °C to 60 °C
Operating system support :
Win XP/Vista/Win7/Win8
Linux with UVC
MAC-OS X 10.4.8 or later
Android 4.0 or later with UVC
Raspberry Pi
Brightfield observation via wired connection to PC / Mac / Tablet / Smartphone.
Lenses:
CCTV Lenses Standard M12x0.5 thread 25mm + alternatively 16mm (2x), 8mm (5x), 4mm (10x), 2.1mm (20x).
Specifications:
25mm
Angle of View: 27°
Focal Length: 25mm
Format: 1/2.5″
Mounting Thread: M12x0.5
Aperture: F1:2.4
16mm
Angle of View: 37°
Focal Length: 16mm
Format: 1/2.5″
Mounting Thread: M12x0.5
Aperture: F1:2.0
8mm
Angle of View: 40°
Focal Length: 8mm
Format: 1/1/2″
Mounting Thread: M12x0.5
Aperture: F1:1.8
4mm
Angle of View: 70°
Focal Length: 4mm
Format: 1/2.5″
Mounting Thread: M12x0.5
Aperture: F1:1.8
2.1mm
Angle of view: 160°
Focal length: 2.1mm
Format: 1/2.5″
Mounting thread: M12x0.5
Aperture: F1:2.0
4-position lens holder plate, with rotation on ball bearings and position maintenance by neodymium magnets.
Focusing system:
Macro and micrometric.
Sample stage, dimensions 110 x 65mm, X-Y translation range 75 x 65 mm, with optional blade / petrie dish holder.
Stage with screw and gear movement with an accuracy of 0.1mm.
Lighting:
White LED; Brightness control by a three-position switch associated with 2 resistors located in the yellow module. 5mm round white LED with a power of 22000 mcd (105mW) with a 15° angle, a cut-off current limited to 20mA and a forward voltage of 3.2V. Color temperature: ~4000 K.
Average LED life, approximately 1000 hours.
Power Supply:
LED Power Supply by LIPO Battery.
Description:
Model: 802540
Capacity: 650mAh
Voltage: 3.7V
Size: about 44*24*8.5mm
Charging time via USB: about 2 hours (by 1A input)
Maximum power requirement: 7W
Overall dimensions of the device:
H 150 mm x W 110 mm x D 70 mm Weight: 800g
Structural material:
Valchromat®.
Composition:
Wood: pine wood
Resin: Melamine-urea-formaldehyde resin (MUF), with low formaldehyde content (class E1)
Wax: 65% paraffin emulsion
Colorants: Organic dyes
Valchromat® meets the standards and labels (CE, PEFC, FSC, ISO 9001). It has the “toy” standard.
Depending on the configuration of the device, Valchromat® can be protected by an oil: Rubio Easy Déco®
Rubio Easy déco oil is specially developed for the protection of Valchromat®.
Characteristics:
0% VOC: without water and without solvents directly after application
Tested against the Toy standard EN 71-3
Suitable for kitchens and bathrooms
Heat resistant
Not downgraded to M1 fire
Are you looking to buy a Curiosity microscope?
The Curiosity microscope project is a spin-out of, and is still actively supported by:
Plankton Planet aims to establish, using new instruments, a cooperative and continuous measurement of planetary plankton,
to monitor the health of the global ocean, and understand the dynamics and evolution of its biodiversity.
These programs particularly support this project through their uses:
