Project Ideation

1- Tell us about the idea of your project. Why do you care about this? What were you inspired by? Include images and videos of similar projects

My project comes from two main ideas :-

The first idea was artistic coffin that looks very attractive with the artistic touch in and it's shape

The second idea was a box that closes with a timer and keeps your phone locked inside

I made a combination of the two ideas and came out with this and artistic cuffing that closes and opens

As I said the main idea was to make a box that looks like a coffin and keeps while inside it was something that where it's very inspiring by the way like an addiction box and you keep your mobile wire buried into the Coffin and locked and for a while to finish your job so the shape is not a concidence there was no concidence in that it was all intended from starting to the end shape

The main source of inspirations to me was skulls that has Roses inside and the Shape of the coffin with the second source of inspiration that was their bucks that keeps your mobile inside so I decided not to make a box that keeps your mobile inside just that no but a coffin that is a box inside a coffin or a coffin that is a box and keeps your mobile inside with a timer

What the function of a mobile keeping box that keeps your mobile lockdown for a while you set and a structure of the box as it has two structures the idea is the outer structures is the artistic coffin and the inner structure if keeping box

It will make my personal interest to make an artistic opening/closing coffin box & also it will also solve the problem of mobile addiction and wasting time by it as it can't open since you close it 😃 you'll have to wait till the time passes you lazy work delayer 😃

And of course

And of course Some Artistic Rose

With the main function of

Final Dramatic Coffin

Project Construction

2- Explain the CAD process of your project. How did you use the software to design your project? (List the softwares/tools/materials...etc that you used)

First with softwares

Tinker Cad

I used Tinker cad to model and simulate my circuit and to test it before circuit building

Fusion 360

I used Fusion 360 to model my design and to and make it at the final shape for exportation

Arduino IDE

For coding and code uploading I used Arduino IDE

Laser Works

after I exported the DXF files I used Laserwork to prepare the file for the laser cutting machine

Gemini

I used Gemini to give me ideas that he gave me very good ideas that most of them were "nice to have" and others were "great" to have

Windows

I used windows features & windows shortcuts to help me save time and work faster like clipboard for copy & keyboard short cuts & mic for making faster

Paint as Draft

I used paint as draft to note my measurements and hand-sketch my drawing to make it easier to make the model

Google

I used Google to search for ideas and to get visual information that helped me get inspiration and develop the concept.

Ultimaker Cura

after exporting STL files from fusion I used Ultimaker Cura to prepare files for 3D Printing making the slicing for the file

GrabCAD Library

I used GrabCAD to find a ready-made hinge model instead of having to build one from scratch. It was exactly what I needed and saved me a ton of time.

Second with tools & materials

cardboard

I used card board for prototype modeling and enclosure making as outer structer in making the artistic coffin cardboard type

paper tape

As a temporary joints and holds I used the tape as an alternative for brackets in early prototyping stage

scissors

I used scissors for cutting and curves making and hole making in the cardboard that it was really help ful and useful

cutter

I used cutter after I defined the sketch or the route I'm going to need , the cutter was the best choice in as it's edges-clean and produces equal edges

glue gun

Glue gun was the best choice fixing the cardboard pieces together as there no solution with the same efficiency with the card board it's like brackets in early stages

rulers & pencils

I used pencils , markers and rurales to get accurately cut and dimensioned pieces

resistances

I used resistances to limit the current flow head to LEDs so that I keep them safe from burning out

yellow LED

as a reference for the current mode chosen for the time setting preset

RGB LED

I used RGB LED as a reference and a cool look for time going forward percentage as it changes between 5 values when percent changes between 5 values

LCD screen

LCD screen is the main project face and eyes I depend on it to show me time count and time chosen and modes and it's the main part of project

red bush buttons

bush button is the input method to the project , it starts , resets , adds time , choses presets and does every thing on the screen

buzzer

Buzzer is like a reaction it buzzes when something happens starting from clocking on buttons reaching for timer is over , it gives sense to the project

slide switch

I used the slide switch to easily change between the project's different modes. It's a simple way to turn a feature on or off with just a flick.

jumper wires

Jumper wires are the project veins the connect every component to the main brain and gives power to each component

arduino UNO

The Arduino is the brain of my entire project. It's where I upload my code and it controls everything, telling all the other components what to do and when to do it.

small breadboard

The breadboard holds all the components together and lets me connect them without any soldering. It's like a playground for the electronics, making it easy to test connections and change the circuit if needed.

step-down convertor

The main power source was too strong for the small components. I used this step-down converter to safely reduce the voltage and give the Arduino and other parts the exact amount of power they need without frying them.

servo motor

The servo motor is what creates the physical movement in my project. I can program it to turn to a precise angle, which was perfect for operating a locking mechanism or moving a small part.

3mm wood sheets

I chose thin 3mm sheets to build the main body of the project. It's strong enough to be durable but also lightweight and really easy to cut into the exact shapes I designed.

pla filament

This filament is the raw material for all the custom 3D printed parts. I used it to create the smaller, more detailed pieces that would have been too complex to make out of wood.

El Malky ML96 CO2

The laser cutter was the most important tool for getting clean and precise cuts on the plywood. It let me perfectly cut out all the pieces of my design, ensuring everything would fit together just right.

Creality Ender 3 v2

For the project's internal mounts and custom-shaped components, I used the 3D printer. It allowed me to bring my digital designs to life and create parts that were a perfect fit for the electronics.

Third with CAD design process

Before we start of Cad modeling process we list group of our final cad models we included

Outer structure of box & servo with hinges

The outer artistic coffin structure with unique 3D brackets & Arduino

Decrative parts with electronics & components

Starting with CAD process

Starting with the making the Base and after that making the edges from sketching on the component then making our joints from projections then finally we extrude our sketch as we see to get our like-reality joints for faces

Now we head to making the lids and importing our hinges to make the rotation move and to take our projections to make holes Then we kame rotation joints inside the hinge itself to make it realistic and to take accurate results from the design

Making revolve and rotate joints with the hinge we brought and taking out our measurements to make accurate and extra accurate holes and dimensions for assembling to be right and most accurate it can be

After we made our holes we make our fixing joints and rigid joint between the hinge and the box side to head to the next step and project with the lids to make the full real motion body will go by , so as we see we centerd holes in sketch earlier the we now fix the hinge to centered holes

Now we make the joints for the second hinge and second taste face and we join them together as we did before by taking projections on the center of the face from the hinge holes to make holes in the side face and we then take our make our relations and joints also as we did with the other one

after we are able to move the lead we can simulate the real motion now with simulating the real motion we can see the obstacles and we can solve their problem before we start the making of the project like here we find obstacles so we work on removing them and removing the excess parts

Now we drill and extrude cut for the head base joints places and these joints with faces then we remove an exist part we didn't remove earlier to be all clear and clean then we prepare for the servo motor to include into the design

Now on grab cab library we look for 3D CAD model of servo motor as we need to take projections on it and place it in the design so after we find the servo motor we download it and upload it to the design we are working on then we go to the main Gear of the servo and take our projections on it to make the piece installed to end of the servo

We review the main design and idea that we take our design motion from and we sketch then we review then we get back to sketch after we make the sketch and make sure that the sketch has no mistakes and everything is alright we will have to head to the next step

Here we see that we are making a pass for slider that would be somehow moving and making the transportation movement while the rotation happens here we take our measurements and projections again to make the slider and its pass

Now for the servo we need to make a stand for stand that makes the service table and fix it to the side so it's properly able to do its job and move their lid opening and closing we make this by extruding and sketching using some projections to get accurate measurements to the servo

Now after everything is all set the stand is ready and the arm is done and finished we now fix all things together and join them making joints between them and in order to simulate the real motion that we need to see and check we make rotation joint between the arm and the servo motor to be real then we had to an important step that is to make joints between faces two completely finished that design

Now after we made the main structure of the project we head to the artistic enclosure

First we include servo motor and move it to the location we desire how to make joints with

Second we make the arm for the second server mode we choose to make it from the first arm indirectly

To make the arm unfollowing and independent we mirror the arm and take component for paste as new from the mirrored one

We now make rotation joints with the servo motor

As a fixed joint with the lid we need to locate this joint correctly so we sit the location precisely

After location is set and everything is right we take our projections to make the hole

Now for the base we extrude cut places with joints will get into

For other sites we draw our joint sketches that will get in with the other faces and base

We extra cut our sketches to get the joints places done

And now for the Coffin pieces that we created to be an outer enclosure we make the joints with each other piece

Then using projections and measurements we had to the next joints in the next piece

Like now we got three pieces of the outer frame ready

We had to the other piece downward

Then we head to the next face and using sketches and projections we make our places of joints

Now editing on this packet we make our brand new 3D bracket

We extrude to make the third aixs extrusion

We draw our schedule that will be the hole and the nut

We extrude cut from the middle after we make middle plan to use for

Now with our 3D bracket newly ready we give them the final touches of cuts in the edges and chamfer

We make another different 3D bracket within editable angle to be different from the 90 degrees angle that we just made

We make third axis side to get the Nut and to make the whole in

Our bracket is editable even it can be 90 degrees bracket different from the first bracket

After we made our five 3D different brackets we save them all in the folder brackets they start from the Narrow angle brackets to the cube packet and 90 degrees bracket and wide angle bracket of course

Now we use our special brackets we just made with our non-uniform and angles by giving the bracket the value of the angle we have as it is editable

We start by digging holes and extruding cut holes by using projections in the three axis faces starting with this face

To make extra strong fixes by 3D brackets and not to duplicate with the same direction twice to avoid being useless usage we make one with the upper face and one downward with the base to make extra strong fixings

Now this is the shape while we made our holes and some other holes were not done yet

We continue making holes and place brackets on their holes

And this is the shape for the placing of brackets to get the extra strong results

Now we make joins with pieces with the way we mentioned to get extra strong results

Now we place next brackets

Actually the way we make the bracket connections and joints extra accurate is two measure the angle between the Faces we are going to join with bracket

And move the bracket face or rotate it with the same angle value so they are parallel for plans

then we make the bracket tangent with the face by moving it with the specific distance between it and the face and they are parallel to each other or to just make them tangent

then it is finally ready for us to make projections by

Here after we check everything is right and no mistakes had happened

We select the face we are going to project on

Then we activate the face only and make the sketch then extrude cut it

We do the same with the other faces and base

And also we do the same for old brackets in the top and in the bottom for faces and for that celling or top

Here at the shape of the whole after its correctly done you can not see bracket as they are all collinear 😃 and so work is correct

Now with holing the upper part it is like this when two holes of three are done

We hear our placing the bracket that holds Three Faces from them is the upper part

Now we make tangent as I said earlier

And pingo here is the shape with the all brackets placed

And her the artistic coffin well it's include your ready just missing some final touches

From this final touches comes the holes making for the components that are gonna be installed

And here we come with our components that we are going to use in the project like buttons

After buttons and screen are placed initially we just put the buttons in appropriate location by eyes

Then we actually do our measurements and make the spaces and measurements uniform

We make an update that well make the project more stable and stronger we extend the base and make brackets that are going to join it with the down base and faces to make three joints with only one 2D bracket that will be very useful

Here is the shape our project after we place components

We actually make also four parts four wire holding, that will work by using screw that will hold the wires and also hold the part

We place parts on their locations and ports we extruded cut

And here is how the project looks from upper side

We save and outer version as exportation for being safe if anything happens 😄

Now we had to the next step and write the names of the buttons that we are going to use by craving on wood this world the final step before going to the fabrication preparation

Now here on laser work we try to play sports with no inner spaces between them

We head back to program to adjust pieces poses for laser Exportation

We do best we can on putting parts to the sheet not to make any inner spaces

Here we inserting our Decorative parts into the design

To know the right scale we should make in fusion we use cura to see what scale percent gives us width of 3 cm and pingo!
we get the value

we use the value in scale in fusion

we set the position of the decorative skull and place it in the best place for where it could be

We also insert our dramatic Rose and plce it with adjusting its size and position

Lastly and last , we put our last decorative part befor saving and leaving fusion , and here how our decorative box looks like.

Now we can head for fabrication programes to set our settings 🔨

For LaserWork

We continue setting our cutting settings & parts locations in the sheet and so for colors and cutting speeds we set for 65 and speed 25

for a previously used sheet there was space enough to fabricate the base exactly so all good.

And so for the upper fase we used the sheet from week 2 as it had more than enough space and not to waste material

We set cutting settings and parameters for speed cut and cut options for getting the results we want

For UltiMaker Cura

After we previously exported our parts as mesh STL files we import them in Cura and place them in appropriate places

we also add our decrative models to cura and also we place them in suitable location

We set setting for dynamic but woaaah !!! 19 Hrs?!!!
Of course No , so we head to changing parameters

We set setting for Low and now time is suitable

We continue changing parameters and increasing infill to make our parts stronger

3- Explain the fabrication process of your project. How did you use the machine to fabricate your project? (List the softwares/tools/materials...etc that you used)

And now we are ready for fabricating 🔨🔨🔨

For Laser Cutting

I connect Laptop to the machine via usb cable

I click on "download" on laser work after connecting laptop to machine

I click on Udisk+ using buttons

I copy my file to the machine memory by clicking "copy to mem"

I click on file button and click on my file using arrow buttons

Last i click "Run" and close the lid and watch my job getting done. like taken videos and photos below

Here my job finally getting fabricated by laser beam cutting 3mm wood sheets
to product the wooden cut parts of my enclosure of project

VID_20250926_134301_824.mp4

VID_20250926_133845_622.mp4

And here moving to the second sheet to produce the second cut
making Some outer pieces Llke coffin base and box Sides with coffin fame parts

And for the Wood sheet we had befor from week 2
We use it to cut the upper face of the decorative coffin making us using as low waste are as we ever could and it's the best as we learnt

VID_20250926_133449_662.mp4

VID_20250926_133637_016.mp4

And here comes the rest of week 3 sheet which was un uniform but , getting our diementions from LaserWork and measuring the wood part ny hand we discovered that it's exactly the same diamention wth millimeters , so the is no place for mistake
And for so I made my sketch on the wood back and adjusted it precisely on the LaserCutter bed and every thing went as planed and pingo! the pierce were made successfully !

And this is How Is It Looks Like When it's only wooden parts Assembled

🔰

🔰 This IS its SHAPE 🔰

🔰

And this is How Is It Looks Like When it's only 3D printed parts Positioned and located in places

🔷

🔷 This IS its SHAPE 🔷

🔷

And this is How Is It Looks Like When it's only about components when they are in its places
and positions
🧧

🧧 This IS its SHAPE 🧧

🧧

Project Electronics & Power Management

4- Describe your electronic circuit. What are the input and action components? What is the function of each? How do the components integrate together to form your smart system? (List the softwares/tools/components...etc that you used)

AS we see in the circuit wiring there are input components and action component

Input Components

- - - These parts send signals to the Arduino.
    - Push Buttons & Switch: You use these to give commands (set time, start, change mode).

Action Components

- These parts receive commands from the Arduino.
- Servos: The muscles. They lock and unlock the box.
- LCD Screen: The display. It shows the time and status messages.
- LEDs (RGB & Yellow): The indicators. They show the current mode and timer status with light.
- Buzzer: The speaker. It makes sounds for alerts and button feedback.

Recording 2025-09-30 140454.mp4

An exact simulation circuit of our working circuit and components

5- What is your power source? How did you select the suitable power source for your project? (List the softwares/tools/components...etc that you used)

We used Power source as 9V adapter

as we couldn't depend on the arduin's 5V port it won't give us much current for motors to work

We used step down Convertor with the power source

as Servo motors wouldn't afford 9 volts and will burn out
it changed our voltage to 5v and gave servos current they need

Project Programming

6- Describe the code of your project. How did you program each function of the project?

Project Coding

Timeline 1.mp4

An 8 hours video 32x Speed up for coding ohase working with the help of friend of mine
with coding & logic

Coding phase explained

first things first, I just had to include the libraries for the main components. Wire and LiquidCrystal_I2C work together to control the LCD screen, and Servo gives me the commands to control the servo motors

here is shown same initial setup code as the first one, covering the libraries and component object creation

This is just me making shortcuts for the pin numbers. It's way easier to remember button1 is for my first button than trying to remember it's on pin 7 I used const because these pin numbers aren't going to change

Just defining the angles for the servos here. This way, I can use the words lockAngle and unlockAngle in the code instead of remembering the numbers 0 and 90. It makes what I'm trying to do more obvious

These are the variables I'm using to keep track of everything. totalSeconds obviously holds the time

the most important one is timerIsRunning. It's just a simple on/off switch (true or false) that I use to tell the code if it should be counting down or if it should be waiting for me to press buttons

Alright this is the setup part that runs once. First I just wake up the screen and turn its light on. Then I tell my two motor variables which pins they're actually connected to on the Arduino

Still in setup. I m telling both servos to move to the unlockAngle right at the start I did this to make sure the box is always open when it first turns on

Here I'm just telling the Arduino which pins are for input and which are for output. For all the buttons and the switch, I used INPUT PULLUP which is a neat trick. It turns on a resistor inside the Arduino so I didn't have to wire them up myself which made the circuit a lot simpler The rest are OUTPUT because the Arduino is sending signals to them.

this is the last part of setup I set the starting color of the RGB light to blue just to show it's on and ready Then I print a Box Ready! message on the screen for a second and a half before clearing it to get ready for the main program

This is the start of the loop the part of the code that runs over and over. First, I read the physical switch to see what mode it's in. The next few lines are a simple check to see if I've just flipped the switch If I did, it raises a flag that tells the screen it needs to be updated. Finally if the switch is in the first position (Mode A), it turns the yellow LED on

This part handles what happens in Mode A when the timer is not running It checks if the screen needs an update and if it does, it clears it and prints "Set Time:" Then it checks if the first button (button1) is being pressed. If it is it makes a quick beep adds 10 minutes (600 seconds) to the timer and sets the displayNeedsUpdate flag so the screen will show the new time.

This is still in the waiting part of Mode A. The first if block checks for the reset button (button3). If I press it, it just sets the timer back to zero. The second if block checks for the start button (button2). If I press it and there's actually time set on the counter it plays a little startup tune saves the starting time sets the timerIsRunning flag to true and finally tells the servos to move to the lockAngle.

this is the code that actually prints the time on the screen while in the "waiting" state. It only runs if the displayNeedsUpdate flag is true (so it doesn't cause flickering). It just does some simple math to convert the total seconds into hours minutes, and seconds, and then prints them neatly on the second line of the LCD The if (h < 10) parts are just to add a leading zero to single-digit numbers so it looks nice like 09 instead of 9

okay this is the start of the countdown logic. The else means this code only runs when timerIsRunning is true.The if millis is the important part; its a timer that runs its code block once per second without freezing everything up. Inside, it subtracts one second from the totalSeconds, clears the screen and prints "Time Left:" to get ready to display the new time

this part controls the RGB light during the countdown. The first if checks if the time is in the last 60 seconds. If it is, it runs the code to make the red light blink. The lastMinuteLedState variable just flips between true and false each second to create that on-off effect If there's more than 60 seconds left it goes to the else block and calculates the time percentage to figure out the color for the gradient effect

this is the Time's Up! code It runs when totalSeconds finally hits zero. It resets the timerIsRunning flag back to false tells the servos to open the box, sets the LED to a solid green color plays a success tune, and then waits for 3 seconds. After that, it returns the LED to the default blue color making the box ready for the next use

This is the beginning of the logic for Mode B (the preset times). First it turns the yellow LED off. Then, if the timer isn't running, it checks if the screen needs an update. If it does it clears the screen and prints the instructions Choose Preset: and "45m 90m 4h.

This is the button logic for Mode B. The first if block checks if you pressed button1. If you did, it plays a beep and a special tune, immediately sets the timer to 45 minutes sets timerIsRunning to true, and locks the servos The next block does the exact same thing for button2 but sets the time to 90 minutes

This just finishes the button checks for Mode B This if block handles button3 setting the time to 4 hours (240 minutes) and starting the timer just like the other two buttons. The final } else { marks the end of the "waiting" state and the beginning of the countdown logic for Mode B (which is a repeat of the countdown code from Mode A

This is the main countdown part. The if millis is a way to make a timer that checks once every second without freezing the program. Inside if the time isn't 0 yet I subtract one second from the counter clear the screen and print "Time Left:" to get it ready for the updated time

This is the code for the last minute warning light. It checks if totalSeconds is 60 or less. If it is, it uses the lastMinuteLedState variable as a simple on off switch. If the switch is true, it turns the red light on. If its false it turns it off. The last line flips the switch for the next second which is what creates the blinking effect

This part runs if there's more than a minute left. It calculates the percentage of time remaining and then uses a simple if and else if chain to pick the right color for that stage of the countdown. It just works its way down from blue to red as the time passes.

This is what happens when the timer finally hits zero. It resets the timerIsRunning flag to false, tells the servos to open the box, sets the LED to a solid green color, and plays a success tune. Then it waits 3 seconds before changing the light back to the default blue color, getting it ready for the next use.

AI helped me find bugs and solve problems

I got help from Gemini AI when the code didn't have any syntax errors and didn't work properly I asked him to help me get the error without solving it and it did , it was logic error that if case was inside another that it didn't work

The prompt : you see this code , this code doesn't work properly although it doesn't have syntax errors , so tell me what are the error and explain them to me but don't solve them just explain and i'll solve now go i'm waiting

Project Integration & Testing

7- Demonstrate with text and visuals how did you integrate the project’s modules together? What are the testing results? (Include a Demo video separately, showing a proof of functionality)

Device after it's assembled in one assembly

Device working in desired phase after being assembled

Device working in desired phase after being assembled but closed and from another shot

Device working in desired phase after being assembled in unlocked phase working properly

Device working in desired phase after being assembled opening in the moment and screen is opening

Things I used attaching the device parts together and assembling parts :-

3D angled brackets that were previously designed
M3 nuts
3mm screws

Integration process of the project :-

First joining the box base with the project outer base

Joining other parts after that

IMPORTANT NOTE
((TAPE IN IMAGE IS NOT FOR ASSEMBLING BUT IT'S FOR TEMPORARY HANDLING UNTILL I PLACE OTHER PARTS THEN I REMOVE IT BECAUSE I WORK INDEVIDUALY AND AN'T HOLD THE PIECE AND ALSO JOINING OTHER PIECES I ONLY HAVE 2 HANDS SO I GET THE HELP OF THE TAPE BY MAKING IT HOLD IT TEMPORARY))!!

After removing temporary tape i continue adding screws and join pieces together

Then I add servos and make my wiring

I also add lids at earliear stage but remove it for easier working the adding it again

I add other electronic pieces then the screen and it's side

I add buttons after screen and continue implementing project

I wire everything and make project working correctly

In an earlier step I had already tried the circuit seperatly and it worked as desired

Testing the circuit separately and checking for errors

Then the project in it's pre final phase

Final video of project working

VID_20251005_051603_936.mp4

VID_20251005_051656_735.mp4

Final project doing its job and locking and unlocking

Sharing & Collaboration

8- Did you ask for feedback? What are the ideas that others have contributed or suggested? What was someone else’s idea that you built upon? How did you help your peers? How did your peers help you?

Yes

I asked my friend mohammed to help me with coding and solving problems which came up later
and he didi helped me
I really needed his help as my level in coding is not as him and most problems were difficult to me

How he helped me : he helped me come up with the logic of the coding and to correctly write code and to solve problems that appeared later with code

Overcoming Challenges

9- When you got stuck, what/who did you turn to? At what point did you have to pause to research or learn more before moving on? What are some mistakes, pitfalls, or challenges that others can avoid if they were doing this project?

Screen was flickering and not clearly visible

my friend mohammed helped me find the solution which was to make falg in the code (Last mode != Current mode)
which means that screen won't refresh till the mode differs from known mode so the flickering was gone

Problem: I forgot to edit holes in design files right before the manufacturing phase.

Solution: I had to go back and solve this issue by renaming every single part from scratch, reconverting them to DXF format, and starting the assembly over. It was a good thing I caught this before I started the fabrication process, because it would have been a massive problem. It likely would have used up my entire material quota, turning into a very costly mistake.

I Hided every thing i'm not going to need and started over

Future Work

10- If you had more time, what is one thing you would change/ Do next in your project?

2 THINGS

First: I'd add LDR sensor that makes buzzer go on if box is opened before time is up

Second: I'd add ultra sonic that detects if any movement is happening inside box while timer is running so box closes if its open

Final Project Design Files

DXF Files

Screen Face Coffin Frame (DXF)

Box North Face (DXF)

Box South Face (DXF)

Box Left Face (DXF)

Box Right Face (DXF)

Left Coffin Frame

Box Base

Right Coffin Frame

Left Lid For Box

Opposite Screen Coffin Frame Face (DXF)

Southeast Coffin Frame Face (DXF)

Right Box Face (DXF)

Right Led of Box (DXF)

Northeast Coffin Frame Face (DXF)

Coffin Base Down (DXF)

Coffin Upper Surface (DXF)

Coffin Wire With Screw Holder 1 (DXF)

Coffin Wire With Screw Holder 2 (DXF)

Coffin Wire With Screw Holder 3 (DXF)

Coffin Wire With Screw Holder 4 (DXF)

STL Files

Number.6 Coffin 3D Bracket (STL)

Number.5 Coffin 3D Bracket (STL)

Number.4 Coffin 3D Bracket (STL)

Number.3 Coffin 3D Bracket (STL)

Number.2 Coffin 3D Bracket (STL)

Number.1 Coffin 3D Bracket (STL)

Box Base Bracket 1 (STL)

Box Base Bracket 2 (STL)

Box Base Bracket 3 (STL)

Box Base Bracket 4 (STL)

Hinge 1 (STL)

Hinge 2 (STL)

Left Servo Arm (STL)

Right Servo Arm (STL)

End Joint Right (STL)

End Joint Left (STL)

Half Skull Decorative (STL)

Octopus Skull Decorative (STL)

Detailed Rose (STL)

All Files Collapsed (STL)

Fusion & Ultimaker Cura Files

Fusion 360 Project (F3D)

UltiMaker Cura Settings File (3FM)

Tinker CAD & Arduino IDE Code Files

Arduino IDE Code - Final (INO)

Tinker CAD Typical Circuit

RLD Cut Files

First Cut (RLD)

Second Cut

Third Cut (RLD)

Fourth Cut (RLD)

Last Cut (RLD)

One Piece (RLD)

Things I'm Proud Of

The main sketch of the forming of the outer enclosure

For making it easier for my self I created an empty part that has only a sketch !!!
That I would show this special sketch to create the different 6 frame parts and edges & it realllly helped it took me no time with great ease ❤️

The sketch was all about many areas calculated together to form separated parts with the same intersection areas to form the final cut parts of sheets with exact true angles and dimensions that was in the end very successful however it took hours but it was worth.

The 3D Brackets ideas that I came up with ⚡⚡