Not all people may have enough financial resources to purchase a 3d printer. But this does not mean that they cannot enjoy the benefits offered by one. Here is how to build a delta 3d printer.
Build Your Own 3D Printer
Built with a heated bed, hybrid Bowden suspended extruder, and counterweight (tested printing 21 hours straight with no motors hot). Does not require many tools to be created. If tuned well it can last forever printing. Optional smart controller for computerless printing. Print any kind of thermoplastic.
Build Area: 230mm (9 in) diameter, 230mm height (extend towers for higher if needed)
Recommend some experience with 3D printers.
Here’s the process of how to build a delta 3d printer
Step 1: Gather Materials/Tools
- V-Slot™ Linear Rail 1500mm – 4x
- Aluminum Spacers 1/4 in – 8x
- Mini V Wheel Plate™ – 3x
- Eccentric Spacers 1/4 in – 6x
- Low Profile Screws M5 25mm – 12x
- Delrin Mini V Wheel kit -12x
- Mini V Wheel Precision Shim – 24x
- NEMA17 Stepper Motor 40mm Long, 1.2A – 4x
- Idler Pulley Wheel for 6mm Belt 5mm bore – 3x
- Toothed clamp for open-ended belt – 3x
- Timing Belt Tensioner Spring – 3x
- A4988 stepper driver – 4x
- 12V 4020 Turbine Fan – 1x
- RAMPS LCD2004 with SD Socket – 1x – optional
- Limit Switch with Roller – 4x
Other parts
- MK7 drive gear
- Micro servo for bed auto level
- 1/4 in plywood to cover electronics 2′ by 2′ or more
- Spray paint for wood – optional
- switch for power – optional
- 8 – 10 AWG wires >2m
- 4 pin wire extender for extruder >500mm of wire 4x
Recommended Tools
- Table saw or miter saw (for cutting aluminum plate and extrusions) HomeDepot
- Drill Press or hand drill and bits
- Solder tools (optional: heat gun and heat shink for insulation)
- Allen wrench and hex wrench or pliers
- 6/32 screw tap for 500g counterweight
- sheet metal bender (make a simple one here
Step 2: Create Parts for Assembly
Delta 3D Printer
People commonly think of Cartesian-style FDM printers like the Prusa i3 or the Ultimaker 2 when they think about 3D printers. That’s hardly surprising, given that they’re the most prevalent form of 3D printer available.
Because they travel along the Cartesian plane, these printers are called Cartesian (like the one from math class). The X, Y, and Z-axis rods are used to move these printers. The extruder or bed can move left, right, forward, backward, up, or down.
Delta FDM printers, on the other hand, employ a different movement method. Delta printers support the extruder with three arms that are attached to three vertical posts placed in a triangle instead of XYZ rods.
Each arm can only move vertically up and down, however, the extruder may travel in all directions by moving each arm individually. Check out the video below to see for yourself – it’s interesting to see!
Delta and Cartesian thinking The extruder, bed, and motors are all the same in FDM printers; they’re just positioned and located differently. As a result, it’s impossible to verify whether a finished print was created with a delta 3D printer.
Delta printers use the same filament as delta printers, including PLA, ABS, flexibles, and other exotic filaments.
That’s the extent of the resemblance.
Delta printers include heavy motors and extruders mounted on the sides and top for quick printing. Because the printer must maintain excellent accuracy at fast speeds, the tool head is kept light and minimum.
A delta printer’s bed is usually circular rather than rectangular, and it never moves. Though the average bed size is tiny, the building height is significantly higher than that of Cartesian printers. As a result, the print space of a conventional delta 3D printer resembles a tall cylinder.
The bottom line.
Hence, making a 3d printer may seem like an easy task but requires you to possess technical knowledge. Not knowing enough may cause you to get confused which is not desirable.
Here is all about how to build a delta 3d printer.
FAQs
1. Can you make a 3d printer at home?
One can design a 3d printer at home but a variety of small equipment is required to do so. It may be quite tough to source all the required materials.
2. Is it better to purchase a 3d printer?
It is better to purchase a 3d printer because one does not have to go through the hassle of designing. This way one can save time and use resources more efficiently.
I’m Susan Rockett, I am dedicated to providing effective solutions for all your printing needs. From troubleshooting common printer issues to recommending the best printers for your specific requirements, our website offers valuable insights and resources.