Difference between revisions of "POP Bill of Materials"
| Line 63: | Line 63: | ||
=== 3D Printer === | === 3D Printer === | ||
Any Fusion Deposition Modeling (FDM) 3D printer can be used to manufacture the POP kiosk parts, but we recommend these two printers for makers looking to explore 3D printing for the first time. The CR-10 offers a great experience for beginners, while also allowing customization through custom firmware and printer upgrades. The Ender 3 S1 | Any Fusion Deposition Modeling (FDM) 3D printer can be used to manufacture the POP kiosk parts, but we recommend these two printers for makers looking to explore 3D printing for the first time. The CR-10 offers a great experience for beginners, while also allowing customization through custom firmware and printer upgrades. The Ender 3 S1 Pro offers slightly less customizability, but it works out-of-the-box with many more advanced filaments. | ||
{| class="wikitable" | {| class="wikitable" | ||
!Manufacturer | !Manufacturer | ||
| Line 90: | Line 90: | ||
=== Filament === | === Filament === | ||
{ | There is an expansive range of filament materials and colors that can be used to print the POP kiosk case. For prototyping and non-production uses, we recommend using PLA (polylactic acid) because it is low-cost while still offering high print speed and quality. For final production prints, we use PETG for gallery kiosks and PP for cases that are subject to bumps and abrasion through travel and storage. TPU or TPE are used for parts that require flexibility. | ||
{| class="wikitable" | |||
!Manufacturer | |||
!Part | |||
!Material | |||
!Description | |||
!Avg MSRP Unit Cost | |||
!Qty. | |||
!Total Cost | |||
|- | |||
|Amazon | |||
|[https://a.co/d/foVUag5 Basics PLA] | |||
|PLA | |||
|This is a reasonably-priced, moderate quality filament that can be used to rapidly prototype and trial kiosk parts. It does not have good durability characteristics. Additionally, PLA is not commercially recyclable and only biodegradable under specific conditions. | |||
|$22.00 | |||
|1 | |||
|$22.00 | |||
|- | |||
|Overture | |||
|[https://overture3d.com/products/overture-eco-pla-filament-1-75mm-1 Eco PLA] | |||
|PLA | |||
|This is a reasonably-priced, moderate quality filament that can be used to rapidly prototype and trial kiosk parts. It does not have good durability characteristics. This filament is partially created with manufacturer PLA scraps to decrease waste. PLA is not commercially recyclable and only biodegradable under specific conditions. | |||
|$18.00 | |||
|1 | |||
|$18.00 | |||
|- | |||
|Overture | |||
|[https://overture3d.com/products/overture-pla-professional-1-75mm PLA Professional] | |||
|PLA | |||
|This is a reasonably-priced, high quality filament that can be used to print kiosk parts for interactive kiosk evaluations. It has decent durability characteristics, but is still not recommended for production use. Overture claims their material is biodegradable under ideal circumstances, but it is not recyclable. | |||
|$25.00 | |||
|1 | |||
|$25.00 | |||
|- | |||
|Overture | |||
|[https://overture3d.com/products/overture-petg-3d-printer-filament-1 PETG] | |||
|PETG | |||
|This is a reasonably-priced, high quality filament that can be used to print kiosk parts for use in a low-traffic gallery. PETG is slightly more difficult to print than PLA. PETG offers good impact resistance, but has poor abrasion resistance and it is not recommended for travelling applications. PETG is not recyclable or biodegradable. | |||
|$19.99 | |||
|1 | |||
|$19.99 | |||
|}{{DocumentationNavigation}} | |||
Revision as of 13:30, 6 March 2023
Overview
The cost per kiosk, including electronics, hardware, and filament is $220. The kiosk leverages designs that are available through online repositories under permissive licenses, as well as custom parts created specifically for this project.
Hardware
Fasteners
Standoffs
Cables and Mounts
Electronics
Computer
For an individual POP Kiosk, you only need to buy one of the computers below. The Model 4B is the latest generation Raspberry Pi microcomputer and is recommended for most applications requiring video or 3D rendering. The Model 3B+ is the previous generation Raspberry Pi microcomputer and will work in some applications.
| Manufacturer | Part | Description | Avg MSRP Unit Cost | Qty. | Avg Total Cost |
|---|---|---|---|---|---|
| Raspberry Pi | Model 4B (1GB) | This is the primary computer system that will power the POP kiosk. | $35.00 | 1 | $35.00 |
| Raspberry Pi | Model 3B+ (1GB) | This is the primary computer system that will power the POP kiosk. | $35.00 | 1 | $35.00 |
Touchscreen Display
This part will act as both the display for the kiosk, as well as the only input device. The Raspberry Pi Official 7" touchscreen is the only display compatible with the POP kiosk case.
| Manufacturer | Part | Description | Avg MSRP Unit Cost | Qty. | Total Cost |
|---|---|---|---|---|---|
| Raspberry Pi | Official 7" Touchscreen | This is the primary touchscreen display used for the POP 7" kiosk. | $75.00 | 1 | $75.00 |
Machines
3D Printer
Any Fusion Deposition Modeling (FDM) 3D printer can be used to manufacture the POP kiosk parts, but we recommend these two printers for makers looking to explore 3D printing for the first time. The CR-10 offers a great experience for beginners, while also allowing customization through custom firmware and printer upgrades. The Ender 3 S1 Pro offers slightly less customizability, but it works out-of-the-box with many more advanced filaments.
| Manufacturer | Part | Description | Avg MSRP Unit Cost | Qty. | Total Cost |
|---|---|---|---|---|---|
| Creality | CR-10 3D Printer | This is a low-cost beginner 3D printer to can be used to learn the basics and expanded to print with advanced materials, such as ASA or PP. | $309.00 | 1 | $309.00 |
| Creality | Ender-3 S1 Pro | This is an entry level 3D printer that can be used to print flexible and more advanced materials out-of-the-box with less extra setup. | $479.00 | 1 | $479.00 |
Consumables
Filament
There is an expansive range of filament materials and colors that can be used to print the POP kiosk case. For prototyping and non-production uses, we recommend using PLA (polylactic acid) because it is low-cost while still offering high print speed and quality. For final production prints, we use PETG for gallery kiosks and PP for cases that are subject to bumps and abrasion through travel and storage. TPU or TPE are used for parts that require flexibility.
| Manufacturer | Part | Material | Description | Avg MSRP Unit Cost | Qty. | Total Cost |
|---|---|---|---|---|---|---|
| Amazon | Basics PLA | PLA | This is a reasonably-priced, moderate quality filament that can be used to rapidly prototype and trial kiosk parts. It does not have good durability characteristics. Additionally, PLA is not commercially recyclable and only biodegradable under specific conditions. | $22.00 | 1 | $22.00 |
| Overture | Eco PLA | PLA | This is a reasonably-priced, moderate quality filament that can be used to rapidly prototype and trial kiosk parts. It does not have good durability characteristics. This filament is partially created with manufacturer PLA scraps to decrease waste. PLA is not commercially recyclable and only biodegradable under specific conditions. | $18.00 | 1 | $18.00 |
| Overture | PLA Professional | PLA | This is a reasonably-priced, high quality filament that can be used to print kiosk parts for interactive kiosk evaluations. It has decent durability characteristics, but is still not recommended for production use. Overture claims their material is biodegradable under ideal circumstances, but it is not recyclable. | $25.00 | 1 | $25.00 |
| Overture | PETG | PETG | This is a reasonably-priced, high quality filament that can be used to print kiosk parts for use in a low-traffic gallery. PETG is slightly more difficult to print than PLA. PETG offers good impact resistance, but has poor abrasion resistance and it is not recommended for travelling applications. PETG is not recyclable or biodegradable. | $19.99 | 1 | $19.99 |
| Documentation | |
|---|---|
| Installation | Look and Feel |
| Interaction Modes | Developing Activity Types |
| Creating an Interactive | Framework |
| Integrating CLIO | Contribute |
