[3D Printing Daily] Issue 807
<span>For those without a printer, don't worry! You can click on the public account menu 'Local Printing' to contact local friends for printing assistance.</span>
1. Modular Support for Arduino and Raspberry Pi – CustoBlocks
<span>[ID:754078]</span> CustoBlocks is a set of modular components designed to help users build customized framework structures. It allows users to connect different modules like building blocks, creating personalized frameworks that meet specific needs.
The system features unlimited scalability; regardless of the modules or colors added, all components can fit perfectly. Currently available modules include:
•Arduino Uno / Leonardo•Arduino Uno / Leonardo + Breadboard Dual Module•Raspberry Pi B+ / 2B•Raspberry Pi B+ / 2B + Breadboard Dual Module•Breadboard
With flexible module combinations, CustoBlocks provides a convenient and efficient solution for electronic prototyping, IoT project setups, and other applications requiring customized frameworks. Users can freely mix and match according to project needs, quickly building functional and highly adaptable structures.
2. Arduino with Breadboard Stand
<span>[ID:1190968]</span> This breadboard is designed to simplify Arduino projects, ensuring your circuit connections are organized. It features 10mm mounting holes for easy integration with Arduino development boards, avoiding messy wiring and enhancing the overall aesthetics and convenience of your project. With this breadboard, you can easily secure various electronic components and use jumper wires to quickly build and test circuit prototypes.
Its compact design makes it an ideal choice for learning electronics and Arduino programming. Whether you are a beginner or an experienced engineer, this breadboard allows you to quickly set up circuits and validate design concepts. It is also suitable for various electronic projects, such as sensor data collection, LED control, motor driving, and more.
Please note that due to size differences among various brands and models of breadboards, the 10mm mounting holes of this product may not be compatible with all types of breadboards. It is recommended to carefully check the required mounting dimensions before purchasing to ensure compatibility. This breadboard can effectively enhance the efficiency and organization of your Arduino projects, providing a solid foundation for your creativity. By optimizing circuit connections, you can focus on software development and functionality implementation, thus completing projects faster. This product is an indispensable tool for electronics enthusiasts and professionals.
3. Arduino Stand
<span>[ID:1655287]</span> The Arduino Uno multifunctional stand is specifically designed for Arduino Uno boards, AA battery boxes (supporting 1.5V voltage), breadboard Arduino projects, and 16×2 character LCD displays. This stand features a compact design that effectively integrates your electronic components, facilitating experimentation and project development. Due to the different design purposes, this version does not have reserved holes for securing the battery box.
This stand aims to provide electronics enthusiasts and engineers with a convenient working platform, enhancing the efficiency and organization of Arduino Uno project setups. With this stand, you can centralize core components, reduce messy wiring, and focus more on coding and hardware debugging. Whether you are a beginner or a seasoned developer, you will benefit from it, making it easier to build various creative applications.
4. Breadboard for Arduino or ESP8266 or ESP32
<span>[ID:2249613]</span> This product provides a compact electronic prototyping platform with dimensions of 180mm x 138mm x 7.2mm. The core components include an MB-102 solderless breadboard, two 2×15 pin sockets, and a prototype board, facilitating the connection and testing of electronic components.
The platform is compatible with various mainstream microcontroller modules, such as Arduino, ESP32, or ESP8266 NodeMcu (30 pins). This allows developers to flexibly choose the microcontroller that suits their project, quickly building prototype systems.
To achieve network connectivity, the product integrates an ENC28J60 Ethernet LAN network module (with a 3.3V voltage regulator). This module can easily connect the prototype system to a local area network for data transmission and remote control.
To ensure the platform’s stability and anti-slip properties, the product is also equipped with four 12mm rubber feet and screws. These feet effectively prevent the platform from sliding and provide some shock absorption.
In summary, this product offers an integrated electronic prototyping platform that combines a solderless breadboard, sockets, prototype board, microcontroller module support, and Ethernet connectivity, helping developers quickly build and test various electronic prototype systems, accelerating the product development process. The addition of rubber feet ensures the platform’s stability during use.
5. Arduino Microcontroller and Breadboard Stand
<span>[ID:5757414]</span> A convenient tray designed to make the construction process of Arduino breadboard projects more organized. Say goodbye to a cluttered workbench and embrace an efficient and tidy development experience.
This tray is specifically designed for Arduino enthusiasts and electronic prototyping developers, cleverly integrating breadboards and other commonly used components, allowing your project construction process to no longer be limited by messy wires, resistors, and jumper wires. It provides a centralized working area for conveniently storing Arduino controllers, sensors, LEDs, and other small electronic components.
Imagine no longer having to spend time searching for required components in a pile of scattered parts; everything is within reach, significantly improving development efficiency. Whether you are a beginner or an experienced engineer, this tray will become an indispensable assistant on your workbench. It is lightweight, durable, and easy to carry, allowing for project development in different locations. Say goodbye to chaos and focus on your creativity, letting this tray help you unleash the infinite potential of your Arduino projects. With organized structure, you can iterate designs faster, debug circuits, and ultimately create satisfying electronic products.
6. Arduino Testing Station
<span>[ID:2007839]</span> To meet specific project requirements, I redesigned the existing testing platform, integrating relays and potentiometers. This modified version uses an IIC/I2C/TWI 1602 serial blue backlight LCD display and a 3-pin rotary potentiometer for control. Simplify3D software shows that the model size ratio is (X, Y, Z) at 2540.00. For users not using Simplify3D, manual adjustment of the model scale is required to fit their needs.
7. Boarduino – All-in-One Breadboard for Arduino
<span>[ID:2833768]</span> BOARDUINO simplifies electronic circuit applications, creating a tidy and organized working environment for you. It is compatible with ARDUINO UNO, NANO, and MINI models, allowing you to seamlessly integrate these ARDUINO modules into breadboard applications without complex wiring connections. BOARDUINO eliminates messy wires and improves work efficiency, making it an ideal choice for electronics enthusiasts and professionals.
8. Chipino/Arduino Electronic Training Platform with Large Breadboard Area
<span>[ID:3100557]</span> The electronic training platform design tailored for the CHIPINO module has been completed. This platform revolves around the CHIPINO module, aiming to provide a convenient and efficient electronic learning environment.
The core components of the platform include:
•Breadboard: Provides a flexible circuit connection platform for prototyping and experimentation.•CHIPINO Module: The core hardware module for learning on this platform.•16×1 LCD Display: Used for real-time display of data, debugging information, and other key parameters.•Filament Friday Wire: The selected wire brand.
The construction of this electronic training platform aims to provide learners of the CHIPINO module with a complete software and hardware environment, facilitating practical operations and project development, thus deepening their understanding and mastery of electronic knowledge. This design utilizes existing resources and modules, aiming to lower the learning threshold, allowing users to quickly get started and improve learning efficiency.
9. Arduino Mega, Breadboard, and Tray
<span>[ID:30440]</span> The prototype design kit aims to simplify the experience of using Arduino and breadboards together. It features a parts storage tray to effectively prevent part loss and is equipped with a shield around the breadboard to further reduce the risk of losing parts. Whether at the workbench or on the couch, users can conduct breadboard experiments with greater peace of mind. This kit enhances the convenience and efficiency of prototype design, making it an ideal choice for electronics enthusiasts and professionals. Its core advantage lies in integrating component storage and protection functions, addressing the pain point of losing parts during traditional breadboard experiments. This design allows users to focus more on circuit building and debugging without frequently searching for or worrying about lost components, significantly improving workflow smoothness. This product is lightweight and easy to carry, allowing users to conduct prototype design work anytime, anywhere, whether in the lab, workshop, or even at home. Its durable materials and fine craftsmanship ensure a long service life, making it an indispensable practical tool in the process of electronic project development. Overall, this prototype design kit aims to provide a cleaner, more efficient, and portable breadboard experiment environment, helping users easily tackle various electronic project development challenges.
10. Arduino Mega / Uno Prototype Board
<span>[ID:2138052]</span> This prototype board is designed for Arduino UNO and Arduino Mega, integrating breadboard functionality to provide a convenient and comfortable prototyping experience, eliminating messy circuit boards and jumper wires. It simplifies the circuit building process, allowing users to avoid complex wiring directly on the Arduino development board, thus avoiding potential damage risks.
This prototype board brings out the pins of the Arduino UNO or Arduino Mega and perfectly integrates with the breadboard, facilitating quick circuit building and testing. Users can leverage the flexibility of the breadboard to easily connect various electronic components, such as resistors, capacitors, sensors, etc., to validate circuit design solutions.
The design of this prototype board considers practicality and ease of use, significantly improving the efficiency of prototype development. Whether you are an electronics enthusiast, student, or engineer, you can quickly realize your ideas, validate design concepts, and conduct experiments with this prototype board. Its compact design also makes it easy to carry and store, allowing users to engage in prototype development work anytime, anywhere. By using this prototype board, you can reduce the likelihood of errors during the development process, accelerate project progress, and focus more on creative realization and functionality validation.
11. Modular Base for Raspberry Pi 3/Zero and Arduino Uno/Mega
<span>[ID:3075687]</span> This modular base is designed to connect one or more mini or half-size breadboards to Raspberry Pi 3, Zero, Arduino Uno, Mega, or any combination of these boards.
Each model has multiple connection points on 3-4 sides of the base plate.
The Pi base has been tested on 3B+ and is specifically designed to accommodate GPIO reference cards when used with the short bracket at the back.
This product was originally designed for classroom teaching aimed at middle and high school students.
This project includes the main board, and different types of attachments will be added through separate projects in the future, with links provided here.
Additional Modules:
•Ultrasonic Sensor Bracket•Raspberry Pi Camera Bracket•LEGO Technic Adapter•9V Battery Box•Stacking Clip•LED Lighthouse•Seesaw Switch Bracket
12. Arduino Stand Testing Station
<span>[ID:2003360]</span> This design is a modification of the existing testing platform, specifically tailored to meet the needs of multiple projects. The original LCD mounting method is no longer applicable, as I have adopted a new type of LCD that requires fewer connection wires.
Simplify3D shows that the model is scaled at 2540.00 on the X, Y, and Z axes. Since the program automatically adjusts the scale, users not using Simplify3D may need to manually adjust the scale of the model. The design is compatible with the IIC/I2C/TWI 1602 serial blue backlight LCD display, which can be found on electronic trading platforms. The focus of this modified version is to optimize the LCD mounting method to accommodate the new model of LCD screen, simplify wiring, and ensure overall compatibility with the testing platform. For users using different slicing software, appropriate scaling of the model is required according to the software’s scale settings to ensure correct dimensions. The ultimate goal is to provide a more streamlined and efficient LCD integration solution to meet specific project testing needs.
13. Breadboard for Arduino Uno or Nano with Regulator
<span>[ID:2321197]</span> This product has dimensions of 176mm x 132mm x 8mm and includes the following components: MB-102 solderless breadboard, five 12mm diameter rubber feet and matching screws, a DC-DC buck converter LM2596 power supply, a 2.1mm power socket, and an “Arduino Nano Nano Terminal Adapter” sold on eBay.
Important Warning: Before connecting to your Arduino, be sure to check the output of the power supply! Always adjust the voltage to 5V first!
This product aims to provide electronics enthusiasts and engineers with a convenient prototype verification platform. The MB-102 solderless breadboard offers flexible circuit building space, allowing for quick testing of circuit designs without soldering. The DC-DC buck converter LM2596 can stably provide the required power, while the Arduino Nano Nano terminal adapter facilitates the connection between the Arduino Nano and the breadboard. The rubber feet ensure the stability of the product and prevent slipping. This product integrates commonly used electronic components, allowing users to quickly build various electronic circuit prototypes, significantly shortening the development cycle. Please read the warning information carefully before use to ensure safe operation.
14. Arduino Uno/Mega/Nano Breadboard Stand (Mix)
<span>[ID:4175273]</span> This redesigned Arduino Uno/Mega/Nano breadboard stand aims to enhance the efficiency and convenience of electronic prototype design. Compared to the original design, the main optimization is placing the breadboard in a more prominent position for easier operation and observation.
First, the installation position of the Uno has been moved back by 20mm, significantly increasing wiring space, avoiding cable congestion, and improving the clarity and maintainability of circuit connections. Meanwhile, the tray holding the Uno is tilted at a 45-degree angle, allowing users to read the pin numbers on the Uno board more clearly, greatly improving debugging efficiency and reducing the likelihood of incorrect connections.
Additionally, the new layout cleverly adds two storage areas for storing common electronic components such as resistors and capacitors, preventing components from being scattered and saving desktop space, thus enhancing work efficiency. To optimize material usage and reduce weight, some redundant materials have been removed from the area below the breadboard, achieving a lightweight design while ensuring structural strength. The improvements in this stand are all centered around enhancing user experience, providing electronics enthusiasts and engineers with a more comfortable and efficient prototype design platform.
15. Modular Arduino Uno Board
<span>[ID:3779322]</span> This multifunctional prototype board aims to solve the problem of component fixation during the electronic prototype design process. It integrates a mounting base for Arduino Uno and Raspberry Pi 3b+, allowing users to securely install the main control board on the board (using M3x8mm screws). For Wemos D1 Mini and Arduino Circuit Playground, this prototype board provides two conversion kits and draws on existing design ideas. The onboard breadboard slot uses a friction fit design to ensure the stability of the breadboard.
Additionally, this prototype board also integrates a mounting base for two micro servos and a large metal servo, as well as a sensor bracket, facilitating various sensor experiments. The 3-pin servo connector needs to be printed separately and soldered. More practically, the prototype board is also equipped with a jumper wire bending tool (capable of bending lengths from 2mm to 60mm) and a resistor/component bending tool.
To meet future expansion needs, this prototype board has designed modular areas where users can add more components as needed. Furthermore, it also includes a mounting base for a 16×2 LCD module.
This prototype board adopts a modular design with track dimensions of 2.5mmx104mm and a track spacing of 4.5mm. Users are encouraged to design and share modular attachments to expand its functionality. This prototype board aims to help users more easily organize and manage circuits, thereby improving the efficiency of prototype design and testing.
16. Stacking Arduino Uno
<span>[ID:2817023]</span> This stacking Uno case provides a modular solution for Arduino electronic projects. It allows users to integrate various electronic components into a compact and manageable system. Users can flexibly stack and combine different modules according to project needs without complex connections and wiring organization.
The core is a case tailored for the Uno mainboard, providing reliable protection. On this basis, multiple functional modules have been added, including a breadboard module for quick prototyping; LED and button modules for simple input/output control; potentiometer or encoder expansion modules for adjusting analog signals; and an LCD 16×2 display module for data visualization. Additionally, a universal adapter module is provided for connecting other types of sensors or devices. Recently added LCD 16×2 modules and signal modules (based on ICL 8038) further expand its functionality, enabling it to generate various waveform signals.
This modular design greatly enhances the development efficiency and portability of Arduino projects, making it very suitable for electronics enthusiasts, students, and engineers. It not only simplifies circuit connections but also effectively protects electronic components, making it an ideal electronic project platform. Users can freely combine modules according to their needs to create personalized electronic devices, inspiring creativity.
17. Arduino Breadboard Stand – Suitable for LCD, Arduino Uno, and 830 Tie Breadboard
<span>[ID:4030193]</span> This Arduino breadboard stand is a modified product based on erkbar’s ‘arduino’ design (the original link has been removed). The original design was prone to sticking electronic components, such as LEDs and resistors, scattered on the workbench when using double-sided tape to secure the breadboard, leading to component loss and frustration.
This modification aims to solve this problem by eliminating the gap beneath the breadboard, effectively preventing components from falling out. Two design variants are provided:
1. Version with Holes (Arduino BreadBoard Holder With Holes.stl): This version eliminates the gap beneath the breadboard, but there is still a gap beneath the Arduino and LCD.2. Version without Holes (Arduino BreadBoard Holder Without Holes.stl): This version is completely sealed without any gaps, providing more comprehensive protection.
Whether for prototype design or electronic experiments, this stand can provide a stable and tidy working environment, significantly reducing the risk of component loss and improving work efficiency. It is not only a practical tool but also a pursuit of detail, allowing your electronic creations to be more focused and efficient. If you encounter any issues during use, please feel free to provide valuable feedback.
18. Arduino Uno R3 Project Stand Small Breadboard
<span>[ID:3327541]</span> This simple breadboard stand is designed for small breadboards, aiming to improve your CAD design skills. The design focuses on minimizing material usage, thereby shortening printing time and reducing costs. It completely avoids annoying support structures, ensuring that the printing process requires no support, making it convenient and quick.
This stand is easy to install and practical. With its compact structure and optimized design, it can securely hold small breadboards, providing a stable and easy-to-operate working platform, especially suitable for electronic prototype design and experimentation. It is recommended to use a 0.1mm layer height for printing to achieve the best precision and surface quality, ensuring the stability and durability of the stand. Although the photo shows an early prototype with a 0.2mm layer height, a finer layer height can significantly enhance the quality of the final product. This stand not only saves materials but also balances ease of use and practicality, making it an ideal choice for electronics enthusiasts and engineers.
19. Arduino Testing Station
<span>[ID:6353522]</span> This multifunctional experimental station is designed for Arduino and solderless breadboards, providing a flexible hardware prototyping platform. Expansion components are bolted together, and the accessory board uses 2.8mm pins to secure various components, with the pin array arranged in a grid with a 10mm center distance. The TT motor bracket integrates pin slots and Velcro straps for secure motor installation.
The bolt holes on the experimental station are specifically designed for heat-pressed M3 threaded inserts and reserved for the countersunk space of M3 pan head screws. The motor bracket and accessory board are designed at a 45-degree angle to enhance operational convenience.
Future plans include further expanding the functionality of the accessory board, designing more units for securing components. Additionally, a set of drawers will be added beneath the experimental station for storing wires and components. A segmented printing version will also be developed for small printers, which can be assembled later.
20. Breadboard Holder for Arduino Uno
<span>[ID:4570826]</span> This carefully designed Arduino Uno stand is my first original work in Fusion 360, developed over several months of use, with all functions meeting expectations. The design goal is to create a practical, compact, and easy-to-print Arduino Uno workstation.
This stand tilts the Arduino Uno at a 45-degree angle for easier operation and observation. It integrates a 9V battery compartment and is specifically designed with component trays and jumper wire storage space to ensure components are organized. At the same time, the design seeks to balance functionality and portability, minimizing volume to make the stand easy to carry and store.
To prevent the battery from slipping out during use or transport, a hole is set above the battery compartment for securing a 2.5mm power plug.
Additionally, I provide STEP format files for users to modify and customize according to their needs. I also designed a version that adds storage for jumper wires and pens on the back, but considering the overall crowding, it was ultimately not adopted. If you are interested in this version, please let me know, and I will upload and share it.
21. Arduino Mega and/or Uno Prototype Breadboard Stand and Power Supply
<span>[ID:3906782]</span> The 3D printed parts of the power supply case are assembled using #4 flat head metal self-tapping screws, except for the small top cover, which is fixed to the top of the case with glue. The circuit board is installed using #1 and #3 metal self-tapping screws. The power supply and breadboard stand can be glued together or kept separate, depending on the user’s personal preference. It is recommended to use Weld-On #16 glue for bonding PLA material parts.
The components required for the power supply include: two DC100V 10A 4~30V digital voltmeter dual LED voltage and current meter heads; a 5A DC-DC constant current and voltage buck converter; an LM2596 DC-DC adjustable buck power module (1.25-30V); a DC-022B DC power socket female panel mount connector; two 10K ohm 3590S-2-103L 10-turn rotary potentiometers; a SS22F25-G7 2-position DPDT 2P2T panel mount slide switch; and four red banana socket terminal banana plug socket connectors; as well as four black banana socket terminal banana plug socket connectors.
The components required for the breadboard and Arduino stand include: an MB-102 830-hole solderless breadboard with 2 bus bars; an UNO R3 ATmega328P development board; and a MEGA 2560 R3 ATmega2560-16AU development board.
22. DIY Holder (ESP32, Arduino Uno, Mega, Nano, Mini, Breadboard)
<span>[ID:4858650]</span> This multifunctional DIY stand is designed for electronics enthusiasts and prototype designers, aiming to simplify your project building process. It is compatible with various mainstream development boards, including ESP32, Arduino UNO, MEGA, NANO, and MINI, and is also suitable for breadboards, providing a neat and stable working platform.
The design concept of this stand emphasizes high flexibility and customizability. You can easily adjust the layout of the development board and breadboard according to project needs, optimizing wiring connections, reducing clutter, and improving efficiency. Whether for IoT projects, robotics development, or simple electronic experiments, this stand can provide robust support.
With this stand, you can say goodbye to the clutter of wires and components on your desktop, concentrating all elements into a convenient and easily manageable area. Its sturdy base ensures that your project will not easily move or tip over during operation. Additionally, the modular design allows you to add or remove components as needed, making it a truly personalized workstation that adapts to your needs.
Whether you are an experienced engineer or a beginner, this DIY stand is an ideal tool to help you conduct electronic project development more efficiently and orderly, enhancing the overall workflow and ultimately realizing your innovative ideas. Its easy assembly and usability make it an indispensable assistant on your electronics workbench.
23. Modular Arduino Lab Platform
<span>[ID:4976938]</span> This modular platform is designed for Arduino DIY projects, aiming to solve the problem of component movement and enhance building efficiency and stability. Adopting a freely combinable design concept, users can choose and construct personalized layout schemes according to actual needs.
The platform components support connections in both horizontal and vertical directions, allowing for flexible expansion and customization. The connectors “><” below need support to ensure good contact of the building board, unless the printer has excellent bridging capabilities.
The installation positions for the Arduino mainboard and LCD screen do not require additional support, simplifying the printing process. Future plans include adding more modules to meet a wider range of application scenarios.
This platform provides a convenient and reliable building foundation for electronics enthusiasts and DIY enthusiasts, helping them focus on creative realization without worrying about component fixation and structural stability. Whether for prototype validation, experimental learning, or final product display, this modular platform can provide ideal solutions, enhancing the professionalism and maintainability of projects. Its scalability also means that users can continuously add new modules as project complexity increases, ensuring the platform’s long-term applicability.
Previous Issues:
“Arduino UNO Case” 3D printed development board case, electronic experiment breadboard development kit, protecting Arduino, optional fan to enhance heat dissipation, avoiding wiring short circuits.
“Power – ATX” 3D printed power supply case, don’t throw away old computers, disassemble the power supply for experimental power, electronic DIY is so convenient.
“Raspberry Pi Case” 3D printed cases for various models of Raspberry Pi, balancing heat dissipation and protection, suitable for various installation scenarios.
“Nintendo Switch Case” protection for Nintendo game console cases.
“Lighter Case” 3D printed BIC lighter case, protecting your lighter, always having fire available, outdoor players and smokers can print a few to try.
“Memory Card Storage Box” for saving and protecting TF cards, Micro SD cards; many people may not know they are the same thing.
“Desktop Data Cable Clip” organizing desktop charging cables, preventing data cables from falling, protecting USB data cables.
<span>If you cannot download the model due to network issues, you can join the group, and friends in the group have shared the packaged model source files for each issue.</span>
I have created a <span>3D Printing Technology Exchange Group</span>; if you are interested, you can join the group by clicking the ‘Join Group’ menu below the public account or replying “Join Group” to receive the group QR code, as the group QR code is only valid for 7 days. If the group QR code expires, you can also add <span>daniel_cats</span>, and he will add you to the group.
If anyone has any specific types they need, please leave a message, and I will select the types with more comments to produce a few more issues.
All model copyrights belong to the original authors; this is only for introduction and explanation, for learning purposes, without any profit motive. For specific model original copyrights and information, please check the original address.
Note: For more information on specific models, directly use <span>T site ID</span> to check on <span>thingiverse</span>.