12 more 3D printed tools you need for your workshop

In the sequel to the popular video on 3D printable workshop tools, the video titled “12 more 3D printed tools you need for your workshop,” presented by Teaching Tech, showcases twelve high-quality tools that can be printed using a 3D printer. The video expresses gratitude to the designers who generously offer their designs for free. The tools featured in the video are divided into three categories: measuring and marking, clamping and holding, and power tool accessories. Each tool is carefully selected for its usefulness and practicality, and the video provides detailed instructions on how to assemble and use the tools. Additionally, the video promotes the purchase of quality filament from X3D and offers Teaching Tech subscribers a discount at 3D Printers Online using a special code. Viewers are encouraged to subscribe to the Teaching Tech channel if they find the content appealing and useful.

The video begins with an introduction acknowledging the positive reception of the previous video on 3D printed tools and promising to share twelve more tools in this sequel. The presenter expresses excitement over the selection and looks forward to using some of these tools in future projects. The video expresses gratitude towards the talented designers who create and freely release these tools. The tools are categorized into three sections: marking and measuring, clamping and holding, and power tool accessories. The video provides step-by-step instructions on how to assemble and use each tool, emphasizing their practicality and usefulness. Furthermore, the video promotes the purchase of filament from X3D and offers a discount to Teaching Tech subscribers at 3D Printers Online.

Shop Top Rated 3D Printers

Marking and Measuring Tools

Self-center Gauge

The self-center gauge is a simple yet versatile tool designed by Chris Aero Engineering. It can be easily 3D printed and has multiple uses in a workshop. The gauge comes in two versions – a one-piece simplified version and a three-piece version with a chamfered center hole. To assemble the three-piece version, two 5x25mm bolts and two M5 lock nuts are required. The bolts slide through the printed sleeves, and the combination is inserted from underneath and screwed into the lock nut.

The self-center gauge allows for easy and accurate marking of the center of a piece of wood or other material. Simply rotate the gauge to find the center, place a pencil in the middle, and slide back and forth to draw a perfect center line. This eliminates the need for traditional techniques of taking measurements across the width and aligning a ruler between two marks. Additionally, the gauge can be used to draw offset lines from the edge of a piece, making it useful for drilling mounting holes at consistent distances from the edge.

3D Design Gauges

For those involved in 3D modeling, 3D design gauges by Andy can be invaluable. This set of 3D printable gauges allows for accurate measuring of external diameter, internal and external fillet radii, and gauge thickness. The gauges come in two versions – a smaller version with a built-in bolt measure and a larger version without.

The external diameter gauge works by comparing the size of an object to the gauges until a match is found. The fillet radius gauges can determine the radius of curves on the outside of an object as well as internal fillets. The gauge thickness allows for precise measurements required for designing parts to be 3D printed. These 3D design gauges provide a simple and effective way to ensure accurate dimensions in 3D modeling.

Benefits:

• The self-center gauge simplifies the process of finding the center of a piece, saving time and improving accuracy.
• 3D design gauges provide precise measurements for 3D modeling, ensuring parts fit their intended situations.

Clamping and Holding Tools

Cable Soldering Jig

The cable soldering jig, designed by verts99, is a handy tool for holding two wires together while soldering. This 3D printed tool serves the same purpose as a helping hand but is simpler to use. The jig consists of a single piece with slots of different sizes to accommodate wires of various thicknesses. By securing the wires in the slots, both hands are free to focus on soldering, resulting in neater work. This small and lightweight tool is especially convenient when using a portable soldering iron.

Corner Clamps

Corner clamps, created by The Red Coat, are incredibly useful for holding pieces together at a 90-degree angle. These 3D printed clamps come in a range of sizes and are simple yet effective. To maximize strength, it is recommended to print them with high infill and thick walls. After printing, it is important to check that the clamps match and are indeed at a 90-degree angle. Whether gluing, screwing, or nailing pieces together, these corner clamps ensure accurate alignment and hold the pieces securely in place.

Find 3D Printing Accessories Here

Power Tool Accessories

Drill Guide with Dust Collector

The drill guide with dust collector, designed by Bearlord, is a power tool accessory that makes drilling holes cleaner and more convenient. This 3D printed tool consists of two main components – a drill guide and a dust collector. The drill guide provides a stable and accurate guide for drilling holes, ensuring precise placement. The dust collector, attached to a vacuum cleaner, collects the dust and debris generated during drilling, keeping the work area clean and reducing the need for post-drilling cleanup.

Wood Push Stick

A wood push stick is an essential tool for safety when working with a table saw or other power tools. This 3D printed wood push stick, designed by Teaching Tech, provides a comfortable grip and a hook to keep it securely on the workpiece. By using a 3D printed wood push stick, you can maintain better control over the workpiece and keep your hands at a safe distance from the saw blade or spinning tool.

Featherboard

A featherboard is another power tool accessory designed to improve safety and accuracy when working with a table saw, router table, or other woodworking tools. This 3D printed featherboard, designed by Teaching Tech, is a versatile tool that can be adjusted and positioned to ensure that the workpiece is held firmly against the fence or guide, minimizing the risk of kickback or other accidents. The featherboard utilizes flexible fingers that provide a slight amount of resistance to keep the workpiece in place while being fed through the tool.

Bit and Blade Bridge

The bit and blade bridge is a clever power tool accessory designed by Teaching Tech. This 3D printed tool allows for precise alignment of drill bits or saw blades with markings on a workpiece. By sliding the bridge along the edge of the workpiece and aligning the desired marking with the reference line on the bridge, accurate hole placement or cutting can be achieved. The bit and blade bridge ensures consistency and saves time by eliminating the need for manual measuring and marking.

Flexible Segmented Vacuum Hose

The flexible segmented vacuum hose is a 3D printed tool designed by Teaching Tech to improve dust collection when using power tools. This hose can be printed in segments, allowing for flexibility and easy connection to various power tools and vacuum cleaners. By attaching the flexible segmented vacuum hose to power tools that generate dust, you can effectively capture the dust at the source, keeping the work area clean and reducing health risks associated with dust exposure.

Bonus Item

Fractal Vise

The fractal vise is an intriguing and unique bonus item in this collection of 3D printed tools. This vise, designed by an unknown designer, features a fascinating fractal pattern that is not only visually appealing but also functional. The fractal vise is capable of holding small and delicate parts securely in place while working on them. The intricate and complex geometry of the vise provides multiple points of contact, ensuring stability and preventing slippage. The fractal vise showcases the possibilities and creativity that can be achieved through 3D printing.

Benefits of 3D Printing Tools

Affordability

One of the main benefits of 3D printing tools for workshops is their affordability. Unlike traditional tools that can be expensive to purchase, 3D printing allows for the creation of tools at a fraction of the cost. With a 3D printer and access to free or low-cost designs, anyone can create their own tools without breaking the bank. This affordability makes 3D printing tools accessible to a wider range of individuals, regardless of budget constraints.

Customizability

Another significant advantage of 3D printing tools is the ability to customize them to specific needs and preferences. With traditional tools, users are limited to the designs and features available on the market. In contrast, 3D printing empowers individuals to design and modify tools according to their unique requirements. Whether it’s adjusting the size, shape, or functionality of a tool, 3D printing allows for endless customization possibilities.

Availability

3D printing tools also offer greater availability compared to commercially manufactured tools. While some specialized tools may be difficult to find or discontinued, 3D printing enables the creation of replicas or modified versions of these tools. Additionally, 3D printing allows for on-demand production, eliminating the need to wait for tools to be restocked or shipped. This availability ensures that individuals can obtain the tools they need quickly and easily.

Acknowledging Designers

Free Designs

A significant aspect of the 3D printing community is the generosity of designers who offer their designs for free. Many of the 3D printed tools showcased in this collection were created and released by amazing designers who believe in sharing their creations with others. These designers contribute to the growth and accessibility of 3D printing by enabling individuals to benefit from their expertise and creativity without any cost. Their selflessness is greatly appreciated and deserves recognition.

Gratitude

Expressing gratitude to the designers who create and release 3D printable tools is essential. Their contributions to the 3D printing community should not go unnoticed or unappreciated. These designers invest their time, effort, and expertise in designing tools that enhance workshop efficiency and make tasks easier for fellow makers. By acknowledging and thanking these designers, we show our appreciation for their valuable contributions and motivate them to continue sharing their knowledge and creations.

Recommendations for Quality Materials

Filament from X3D

When 3D printing tools, using quality filament is crucial for achieving the best results. X3D offers a range of high-quality filaments that are suitable for various applications. Their filaments are known for their reliability, consistency, and excellent printing performance. X3D offers a wide selection of colors and materials, allowing users to choose the filament that best suits their needs. With their “buy 3, get 1 free” promotion and free sample packs with every order, X3D provides excellent value for money.

Resins from 3D Printers Online

For those working with resin-based 3D printers, it is essential to use high-quality resins for optimal results. 3D Printers Online offers a range of premium resins that are specifically formulated for use in 3D printing. These resins provide high-resolution prints with excellent detail and surface finish. With their focus on quality and affordability, 3D Printers Online is a recommended source for resin materials.

Promotion for Teaching Tech Subscribers

5% Off Storewide at 3D Printers Online

Teaching Tech subscribers can take advantage of a special promotion at 3D Printers Online. By using the code “tech5”, subscribers can enjoy a 5% discount on all products available in the store. This exclusive offer allows subscribers to access high-quality filaments, resins, and other 3D printing supplies at a discounted price. It is a great opportunity to stock up on materials and try out new products while saving money.

Call to Action

Subscribe to Teaching Tech Channel

If you found this collection of 3D printed tools and the information provided valuable, consider subscribing to the Teaching Tech channel. By subscribing, you will stay updated on the latest videos and content related to 3D printing, including tutorials, reviews, and more tool recommendations. The Teaching Tech channel aims to provide informative and engaging content for makers of all skill levels, helping them explore the possibilities of 3D printing and enhance their workshop experiences.

Support 3D Printing Community

In addition to subscribing to Teaching Tech, supporting the 3D printing community is crucial for its continued growth and development. This can be done by actively participating in online forums, sharing knowledge and experiences, and contributing to open-source projects. Additionally, supporting local makerspaces, attending workshops and events, and purchasing products from reputable 3D printing suppliers are all ways to contribute to the growth and sustainability of the 3D printing community.

Conclusion

3D Printed Tools Enhance Workshop Efficiency

In conclusion, 3D printed tools offer numerous benefits and enhancements to workshops. Whether it’s the affordability, customizability, or availability of these tools, the advantages they provide cannot be overlooked. From marking and measuring tools to clamping and holding tools, as well as power tool accessories, the 3D printed tools showcased in this article are designed to improve efficiency, safety, and accuracy in various tasks. The gratitude towards the designers, the recommendations for quality materials, and the promotion for Teaching Tech subscribers all contribute to supporting the 3D printing community. By exploring the possibilities of 3D printing and utilizing these innovative tools, individuals can take their workshop experiences to the next level.

Maintain Your 3D Printer with these Tools