Prototyping on breadboards for quick debugging of circuit schematics.

Before ordering in production, we always check the devices that we have developed, assemble electrical circuits by manual installation and debug the firmware and operation of each node separately.

Project 1

Some of our customers need to get a prototype as quickly as possible and don’t need a PCB – hand soldering is the best option!

Here are some photos of our work, with links to videos with their functionality.

Development of temperature and pressure control unit for New Delek plastic waste recycling system

(http://www.newdelek.com)

Development of temperature and pressure control unit for New Delek plastic waste recycling system

(http://www.newdelek.com)

Development of temperature and pressure control unit for New Delek plastic waste recycling system

(http://www.newdelek.com)

Development of temperature and pressure control unit for New Delek plastic waste recycling system

(http://www.newdelek.com)

Development of temperature and pressure control unit for New Delek plastic waste recycling system

(http://www.newdelek.com)

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Video review on the operation of the device¬†¬† Video review on the electronics of the device  

Project 2

Development of an electronic motorized crane.
The system has 2 optical limit sensors and a control unit based on the AtMega microcontroller. It is possible to open and close the faucet with the touch of a button. Designed for New Delek (http://www.newdelek.com)
Development of an electronic motorized crane.
The system has 2 optical limit sensors and a control unit based on the AtMega microcontroller. It is possible to open and close the faucet with the touch of a button. Designed for New Delek (http://www.newdelek.com)
Development of an electronic motorized crane.
The system has 2 optical limit sensors and a control unit based on the AtMega microcontroller. It is possible to open and close the faucet with the touch of a button. Designed for New Delek (http://www.newdelek.com)
Development of an electronic motorized crane.
The system has 2 optical limit sensors and a control unit based on the AtMega microcontroller. It is possible to open and close the faucet with the touch of a button. Designed for New Delek (http://www.newdelek.com)
Development of an electronic motorized crane.
The system has 2 optical limit sensors and a control unit based on the AtMega microcontroller. It is possible to open and close the faucet with the touch of a button. Designed for New Delek (http://www.newdelek.com)
Development of an electronic motorized crane.
The system has 2 optical limit sensors and a control unit based on the AtMega microcontroller. It is possible to open and close the faucet with the touch of a button. Designed for New Delek (http://www.newdelek.com)
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Video review of the work of small cranes Video review of the operation of a large crane   A complete overview of the work of three cranes  

Project 3

Project - Fire all-terrain drone on a powerful chassis.
With automatic fire extinguishing system. The system is equipped with wireless control with 5 Ghz video telemetry, with the ability to change the angle of rotation of the camera. The robot has an automatic fire detection and fire guidance mode for fire extinguishing. There are smoke and carbon monoxide detectors. The robot has a machine vision system for detecting a fire using a camera (made on a raspberry pi4).
Project - Fire all-terrain drone on a powerful chassis.
With automatic fire extinguishing system. The system is equipped with wireless control with 5 Ghz video telemetry, with the ability to change the angle of rotation of the camera. The robot has an automatic fire detection and fire guidance mode for fire extinguishing. There are smoke and carbon monoxide detectors. The robot has a machine vision system for detecting a fire using a camera (made on a raspberry pi4).
Project - Fire all-terrain drone on a powerful chassis.
With automatic fire extinguishing system. The system is equipped with wireless control with 5 Ghz video telemetry, with the ability to change the angle of rotation of the camera. The robot has an automatic fire detection and fire guidance mode for fire extinguishing. There are smoke and carbon monoxide detectors. The robot has a machine vision system for detecting a fire using a camera (made on a raspberry pi4).
Project - Fire all-terrain drone on a powerful chassis.
With automatic fire extinguishing system. The system is equipped with wireless control with 5 Ghz video telemetry, with the ability to change the angle of rotation of the camera. The robot has an automatic fire detection and fire guidance mode for fire extinguishing. There are smoke and carbon monoxide detectors. The robot has a machine vision system for detecting a fire using a camera (made on a raspberry pi4).
Project - Fire all-terrain drone on a powerful chassis.
With automatic fire extinguishing system. The system is equipped with wireless control with 5 Ghz video telemetry, with the ability to change the angle of rotation of the camera. The robot has an automatic fire detection and fire guidance mode for fire extinguishing. There are smoke and carbon monoxide detectors. The robot has a machine vision system for detecting a fire using a camera (made on a raspberry pi4).
Project - Fire all-terrain drone on a powerful chassis.
With automatic fire extinguishing system. The system is equipped with wireless control with 5 Ghz video telemetry, with the ability to change the angle of rotation of the camera. The robot has an automatic fire detection and fire guidance mode for fire extinguishing. There are smoke and carbon monoxide detectors. The robot has a machine vision system for detecting a fire using a camera (made on a raspberry pi4).
Project - Fire all-terrain drone on a powerful chassis.
With automatic fire extinguishing system. The system is equipped with wireless control with 5 Ghz video telemetry, with the ability to change the angle of rotation of the camera. The robot has an automatic fire detection and fire guidance mode for fire extinguishing. There are smoke and carbon monoxide detectors. The robot has a machine vision system for detecting a fire using a camera (made on a raspberry pi4).
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Video review for the client   Video 2 review for the client  

Project 4

Development of a telemetry system for an automatic robot (pressure, temperature, gyroscope, obstacle sensor, tachometer, battery voltage, error system, GPS, registration and recording of data on an SD card, display of information on the display).
Development of a telemetry system for an automatic robot (pressure, temperature, gyroscope, obstacle sensor, tachometer, battery voltage, error system, GPS, registration and recording of data on an SD card, display of information on the display).
Development of a telemetry system for an automatic robot (pressure, temperature, gyroscope, obstacle sensor, tachometer, battery voltage, error system, GPS, registration and recording of data on an SD card, display of information on the display).
Development of a telemetry system for an automatic robot (pressure, temperature, gyroscope, obstacle sensor, tachometer, battery voltage, error system, GPS, registration and recording of data on an SD card, display of information on the display).
Development of a telemetry system for an automatic robot (pressure, temperature, gyroscope, obstacle sensor, tachometer, battery voltage, error system, GPS, registration and recording of data on an SD card, display of information on the display).
Development of a telemetry system for an automatic robot (pressure, temperature, gyroscope, obstacle sensor, tachometer, battery voltage, error system, GPS, registration and recording of data on an SD card, display of information on the display).
Development of a telemetry system for an automatic robot (pressure, temperature, gyroscope, obstacle sensor, tachometer, battery voltage, error system, GPS, registration and recording of data on an SD card, display of information on the display).
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Video review for the client  

Photos of our other works

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You can find more projects on our YouTube channel on prototyping and testing  
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