Pneumatic Projects PDF with Documentation Report Students

Pneumatic Projects

Date: 31st Jan 2023

In this article, you will get the list of Best Pneumatic Projects with Documentation PDF. These Pneumatic Projects will help you tremendously in preparation for your own Pneumatic Project report.

We have provided multiple complete Pneumatic Projects with Documentation for any university student of BCA, MCA, BSc, BTech CSE, MTech branch to enhance more knowledge about Pneumatic and to score better marks in Pneumatic exam. Students can easily make use of all these Pneumatic Project reports by downloading them.

Pneumatic Metal Sheet Bending Machine

This machine makes bending a single operator work whereas 2 operators are needed for all manual bending processes. The machine makes use of a pneumatic control valve to operate the machine. The user may use the valve using his/her thumb to control a joystick.
The valve button when pressed/moved drives pressure through the cylinder thus pressurizing and pushing the tool against the other v tool. This bends the sheet placed in between the tools to be bent as per the required angle.
The pneumatic cylinder is mounted on a sturdy supporting frame so that the force does not affect its stability. This ensures sturdy and accurate bends each time using just pneumatic pressure. The base frame and supporting frame give some clearance to the machine for easy sheet insertion and bending.

Pneumatic Metal Sheet Bending Machine

Automatic Sugarcane Bud Cutter Machine

Automatic Sugarcane Bud Cutter Machine utilizes pneumatic power for automatic sugarcane cutting mechanism. The system makes use of a mini tabletop machine with a powerful motorized arrangement to push an entire sugarcane bud into the machine cutter. Once a sugarcane stick, bud is inserted a rubber gripper roller powered by geared motor is used to drive the stick towards the cutter at a specific rate.
A second roller is attached to the system through a screw based arrangement is used to push the sugarcane stick towards the other roller and maintain a grip over the cane. The system is further integrated with a pneumatic cylinder. A cutter blade is attached to the front end of the actuator. The pneumatic cylinder is powered by an external compressor to drive it back and forth using high air pressure.

Automatic Sugarcane Bud Cutter Machine Pneumatic Project

Hydraulic Paddle Press Sheet Metal Bending Machine

The machine consists of a hydraulic actuator or cylinder that is used to drive the sheet onto the bending tool. This helps achieve the bending operation at the contact point. The cylinder is connected via piping and connectors to the hydraulic power unit that drives the hydraulic unit from the tank into the cylinder and thus operating the piston for press.
The motor is driven by a relay system that is operated by a paddle for hands free operation. The paddle operation ensures that both operator hands are free to hold the sheet in place. This allows for a fully automated sheet bending operation using a single operator.

Hydraulic Paddle Press Sheet Metal Bending Machine Pneumatic Project

Pneumatic Powered Drone Catcher Gun

Pneumatic Powered Drone Catcher Gun can bring down drones from a certain range. For this purpose we make a drone catcher gun that can not only shoot but capture drones to check for evidence. This allows to capture the drone without destroying it to analyze what it was actually doing.
Our drone catcher gun is powered by a compressed cylinder/pressure vessel. We compress it with high air pressure. The cylinder is connected through pipes to a release valve that is released when user needs to pull the trigger. We further make a net with 3 cylindrical ends to carry the net over the target. The cylindrical bullets are fired through three different hollow cylinders for accurate shooting.
The three hollow cylindrical barrels are used to ensure bullets travel in a straight direction. The OD of the bullets is made to be just smaller than the hollow shaft.

Pneumatic Powered Drone Catcher Gun Pneumatic Project

Pneumatic Arm Hammer Attachment With Nail Puller

The system is made to be an arm attachment to ensure flexibility of use so that it can be used on walls, furniture small spaces as well as in metal fabrication. The system has a number of applications and will automate all these hammering tasks with highly increased speed and efficiency.
The system makes use of a pneumatic actuator powered by a compressed air supply, the cylinder is attached with a hammering head to ensure hammering surface. The hammering head is also integrated with a nail puller to allow for easy nail pulling on the go.
The pneumatic system is driven by an automatic circuitry to ensure continuous hammering without any effort. The pneumatic cylinder is driven back and forth continuously to ensure high power on target hammering for instant and accurate hammering.

Pneumatic Arm Hammer Attachment With Nail Puller Pneumatic Project

DIY Oxygen Concentrator Generator Using PSA With Leakage Detection For Covid 19

We develop a diy oxygen concentrator to generate oxygen from atmospheric air using pneumatic supply. Our machine makes use of pneumatic pressure along with zeolite vessels a separate pressure vessel along with pressure sensors, oxygen sensors and leakage sensors to develop this system.
We first use atmospheric air through an external compressor to drive air through our system by valves. The valves drive air through zeolite vessels. We here hold the compressed air through the zeolite vessels so the atmospheric N2 goes through a quadrupole moment and the oxygen and other gases are least free to move. Then release the outlet valves of the vessel to drive the oxygen-rich air to the second pressure vessel. The separated N2 is then flushed out through other valve. We simultaneously monitor for leakages as high oxygen levels may fuel combustion. On leakage detection, we sound a buzzer and auto shut off the system.
The oxygen rich air in second pressure vessel is then pushed through to patient on a regulated basis or supplied to the ventilator as required. The pressure sensors and valves work in coordination to achieve the desired output. The pressure and oxygen content of generated air is parallel displayed on a screen to keep track. The entire system is run by a microcontroller to ensure smooth operation.

DIY Oxygen Concentrator Generator Using PSA With Leakage Detection For Covid 19

DIY Ventilator using Arduino with Blood Oxygen Sensing For Covid Pandemic

Human lungs use the reverse pressure generated by contraction motion of the diaphragm to suck in air for breathing. A contradictory motion is used by a ventilator to inflate the lungs by pumping type motion.
A ventilator mechanism must be able to deliver in the range of 10 – 30 breaths per minute, with the ability to adjust rising increments in sets of 2. Along with this the ventilator must have the ability to adjust the air volume pushed into lungs in each breath. The last but now the least is the setting to adjust the time duration for inhalation to exhalation ratio.
Apart from this the ventilator must be able to monitor the patients blood oxygen level and exhaled lung pressure to avoid over/under air pressure simultaneously.
The ventilator we here design and develop using arduino encompasses all these requirements to develop a reliable yet affordable DIY ventilator to help in times of pandemic.

DIY Ventilator using Arduino with Blood Oxygen Sensing For Covid Pandemic

PLC based Automatic Sorting System using Image Processing

The product sorting process plays an important role as these industries cannot afford any human errors for sorting products. The use of image processing to automatically sort objects based on their shapes, size or colour is the best method to avoid any type of error. In this PLC based system, different size objects are placed on the conveyor. At the top, the camera is mounted which is connected to Raspberry Pi. The camera and Raspberry Pi analyse the object and the dimensions of the objects are detected. Then the signal is sent to the PLC if the object is to be accepted or rejected according to dimensions of the object. Then the Solenoid is actuated and the pneumatic cylinder pushes the rejected object from the conveyor.

PLC based Automatic Sorting System using Image Processing

Pneumatic Vibratory Screw Feeder Bowl

Vibratory bowl feeders are accustomed to align and ensure proper feeding of parts into a line. The feeder accomplishes this with vibrations, which are created via the utilization of pneumatic power. The Pneumatic vibrations are converted into mechanical vibrations, which helps in the parts feeding process. Tooling in the bowl turns the components to the required orientation. This also pushes any misaligned parts to the centre of the bowl. The vibrations push the part out and it makes its way back up the track. Bowl’s diameter is 40 cm, it is highly used to align the screws in industries.

Pneumatic Vibratory Screw Feeder Bowl

Pneumatic Powered Mini Vibratory Conveyor

We propose a pneumatic based mini vibratory conveyor where the machine will be of 60cm x25cm length and breadth and the slope of the conveyor is adjustable. By this pneumatic conveying system dry bulk materials or powders are transported or carried utilizing a gas from a source to a destination. The bulk materials or granules are transferred through an internal conveying pipeline by the collective force of pressure and therefore the gas used commonly air. Pneumatic conveyor, in an enclosed tube system by means of compressed air or by means of a vacuum.

Pneumatic Powered Mini Vibratory Conveyor

So, these are the Best Pneumatic Projects with Documentation PDF available online. We hope our Pneumatic Project reports have helped you in creating your own Pneumatic Project.

TutorialsDuniya wishes you Happy Learning! 🙂

Projects for College Students

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