Step 2: 

Now, Take the printed Bottom frame plate and insert the two 8mm dia, 1 meter guide rods and two 12mm dia, 2 meter guide rods into the slots provided

Step 3 : 

Next, insert the connecteor plate onto the 8mm dia guide rods by alligning it. 

Step 4: 

Allign the remaining two 8mm guide rods to the holes in the connector plate and connect them above the guide rods that were fixed in Step-3

Step5:

Fit the 8mm LM8UU Ball Bearing into the 3D printed 8mm bottom motor plate as shown in the figure.

Step 6: 

Insert the lead screw nut into the hole provided in the bottom motor traveller plate and fix it with M3 nuts and bolts. Now also insert the LM8UU Ball Bearing into the hole beside the lead screw nut and the LM12UU Ball Bearing into the remaining hole.

Step 7:

Insert  the 12mm LM12UU Ball Bearing into the 3D printed 12mm bottom motor plate as shown in the figure.

Step 8:

Now slide the bottom motor plate along with ball bearings onto the 8mm guide rods from above.

Step 9: 

Similar to the Step 7, slide the bottom motor traveller plate onto the back 8mm and 12mm guide rods. And slide the 12mm bottom motor plate on to the two 12mm guide rods.

Step 10:

Take the top motor plate and insert the 8mm guide rods and 12 mm guide rods into the holes provided on it.

Step 11: 

Install the KFL08 Pillow Block Bearing onto the connector plate to smoothen the lead screw rotation.

Step 12:

Fix a NEMA 17 stepper motor to the bottom motor plate using the M3 Button Head Screws and also connect the shaft with the belt pulley.

Step 13:

Take the shaft connector from the lead screw set and connect one end with the shaft of the stepper motor and the other end with lead screw

Step 14:

Now take the entire assembly from Step 12 and fix the motor in the assemble to the top motor plate using the M3 Button Head Screws

Step 15:

Now take another stepper motor and fix it on the top motor plate using M3 Button Head Screws and also connect its shaft to the belt pulley.

Step 16:

Add the extension plate to the 12mm bottom motor plate and fix the stepper motor along with the belt pulley to it using the screws.

Step 17:

Align the follower mount and the follower guide on the bottom motor traveller plate as shown in the figure and fix them using a M3 Button Head Screw.

Step 2:

Fix the Arduino Mega 2560 onto the holes provided on the control box bottom using screws. 

Step 3:

Mount the A4988 Motor Drivers after attaching the heatsinks onto the RAMPS 1.4 controller.

Step 4:

Connect the RAMPS 1.4 with the arduino in the control box bottom.

Step 5:

Fix momentary push buttons, latch button, potentiometer and the emergency stop button on the control box top.

Step 7:
Take the bottom traveller plate to the maximum height and attach and endstop sensor as shown in the figure.

Step 8:
Take the bottom traveller plate to the minimum height and attach and endstop sensor as shown in the figure.

Step 9:

Connect the top endstop sensor to Xmin pin D3, and the bottom endstop to Ymin pin D14.

Step 10:

Label the motors as Top backside which is connected to lead screw as X, the one on the right side as Z, top front as E0, and left bottom fixed as E1.

Step 11:

Connect the motors according to the labels to the RAMPS 1.4.

Step 12:

Download the arduino code and upload it onto the ardunio Mega