What Can You Make With a 3D Printer? 19 Awesome Ideas

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Velina Nenova
Written by
Velina Nenova

Updated · Aug 22, 2023

Velina Nenova
Social Media and Digital Marketing Expert | Joined March 2022 | LinkedIn
Velina Nenova

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April Grace Asgapo
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April Grace Asgapo


April Grace Asgapo
Joined June 2023 | LinkedIn
April Grace Asgapo

April is a proficient content writer with a knack for research and communication. With a keen eye fo... | See full bio

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3D Printing is a process that transforms digital designs into physical objects. It has gained popularity because of its affordable starting price of around $300. It is also small and easy to operate, which enables many people to access and create more designs and products.

Whether it's designing custom phone cases, intricate home decor items, personalized gifts, or even fashion accessories, a 3D printer can bring your unique ideas to life.

If you want to learn more about 3D Printing, look no further! This article provides 17 awesome ideas that you can make using 3D Printing.

🔑Key Takeaways


The fundamentals of the 3D Printing process involves four steps: modeling, slicing, printing, and post-processing.


Many objects can be made using 3D Printing, some for spare and replacement, conceptual models, prototypes, jewelry, and others.


There are a lot of industries benefitting from using 3D Printing. These include the food, construction, and education industry.


3D Printing has become significant in producing new technologies for Medicine. Organs, body parts, and surgical models are more accessible using 3D Printing.


There are many benefits associated with 3D Printing. It is cost-effective, has fast reproduction, and produces a high-quality product.

Fundamentals of 3D Printing

A typical 3D printer operates similarly to an inkjet printer connected to a computer. It constructs a 3D model by adding a material layer at a time, starting from the bottom and moving upward. 

The process involves four steps: modeling, slicing, printing, and post-processing. Modeling converts an object into a digital model that can be 3D printed. You can create models using 3D modeling software or download existing STL files. 

The ideaMaker slices the model, allowing the 3D printer to calculate the route and filament required for printing. Next, the GCode generates a file and uploads a slice file to the printer. 

You can observe this process through a transparent panel on a Raise3D Pro2 Series printer. Lastly, it will be post-processed, where parts will be removed and sanded.  


👍Helpful Articles: To learn more about 3D Printing, check out Techjury’s articles on: 

Learn more about the objects you can make using 3D Printing.

Objects that Can Be Created Utilizing a 3D Printer

Advancements in 3D Printing technology enabled the production of functional objects using templates, allowing for endless possibilities in the design and printing of virtually anything.

3D Printing offers incredible objects through groundbreaking techniques. Here are some of the extraordinary things you can do.

1. Spare and Replacement Parts

3D Printing can be used for digital manufacturing, allowing spare parts to be stored virtually and produced when needed, reducing storage costs and improving service. 

3D Printed Spare replacements for vehiclesImage Source: Formslab

It is a powerful solution for addressing supply chain disruptions and spare parts availability by replacing extensive inventories with on-demand production. It can create the following; 

  • DIY spare parts
  • Stopgap replacement parts
  • Long-lasting replacement parts that can substitute traditional parts

It is more cost-effective for low-volume production than traditional manufacturing processes because it has lower fixed costs and does not require expensive tooling. This method is advantageous for those who want to replace or create small volumes of parts.

2. Conceptual Models

Concept modeling is a powerful communication tool for designers, architects, and engineers. It allows them to test, refine, and perfect your ideas without the limitations of traditional methods. 

Hyper-realistic concept models convey your vision and excitement effectively, enhancing communication with your team, clients, and leadership.

Tsunami Survival Capsule Design in JapanImage source: Turbosquid

One example is this Tsunami Survival Capsule Rigged - a high-quality 3D model with a photorealistic presentation, modeled in 3ds Max 2014 and V-Ray. It features a fully-textured, detailed design for close-up renders without post-processing.

3. Prototypes

Creating a prototype of a project or new product saves time and effort compared to conceptualizing it from scratch. Using 3D Printing to create prototypes lets you determine which aspects of your tasks require adjustments or are unsuitable for the current project phase.

Here’s why 3D Printing is the top choice for creating product prototypes. It Is: 

  • Faster
  • Cheaper
  • More accurate
  • It has a better visual impact than older methods 

3d Printed Eyewear prototypeImage source: ilopez3dmodels

Prototypes enhance product appeal and impress investors. 3D Printing offers affordability, ease, and quick market entry for various applications. You can prototype things like:

  • Cars
  • Eyewear
  • Furniture
  • Bridges
  • Motorcycles

Depending on the product, you can print a functional prototype within hours, enabling you to test its performance and appearance, make improvements, and print new versions on the same day.

4. Jewelry

Handcrafted jewelry is known for its intricate details and time-consuming nature. But, it requires significant time, patience, and skill. 

In contrast, 3D Printing offers a more affordable, efficient, and faster production method for professional jewelers, allowing them to create high-quality, distinctive jewelry. You can print intricate or geometrical designs of:

  • Rings
  • Necklaces
  • Watches
  • Bracelet

3D Printed luxury ringsImage Source: Septillion

The jewelry market has transformed with 3D Printing, offering customizable options for precious metals like gold and silver. 3D printing allows for unique, personalized creations in various materials.

5. Tools

Throughout history, humans have relied on tools to accomplish various tasks. From farmers to engineers to 3D printing enthusiasts, tools are essential. The exciting news is that they can 3D print their devices.

While it may not be possible to create functional hammers or wire cutters on a standard plastic 3D printer, there are surprising options for printing valuable tools. Here are a few examples: 

Customized 3D Printed toolsImage source: Selva

  • Wire Stripper: A DIY wire stripper can be printed using a single-edged industrial razor blade and two printed parts. It provides a safe and effective way to strip wires, making tasks like soldering much more accessible.

3D Printed  Wire StripperImage source: cults3d

  • Pump Hand Drill: This four-piece model of a pump hand drill works, though it may not match the power of an electric drill. It helps make holes in lightweight materials.

3D Printed Pump Hand DrillImage source: all3dp

  • Ratchet Screwdriver: This print-in-place screwdriver features an internal ratcheting system, making screwing faster and more efficient. It eliminates the need to reposition the hand, allowing for quicker work.

3D Printed  Ratchet ScrewdriverImage source: instructables

  • Bicycle Tool: this lightweight and practical tool is valuable to any bike maintenance kit.

3D Printed  Bicycle ToolsImage source: singletrackworld

By 3D Printing these tools, individuals can access customized and valuable items that may not be readily available in local shops.

6. Prosthetics

The struggle to provide adapted, high-quality amputee devices is a global challenge. Traditional prosthetics are often expensive and ill-suited to the specific needs of patients. 

However, 3D Printing is significantly impacting the field of rehabilitative medicine, particularly in the realm of prosthetics.

Helpful 3D Printed prostheticsImage Source: Designwanted

3D Printing presents a significant advantage for prosthetists, enabling them to develop customizable prostheses. They can craft 3D-printed prosthetic hands, functional wrists, and other tailored solutions with additive manufacturing. 

This solution opens a realm of possibilities for engineers and researchers in prosthetics.

7. Toys

Toy production is significantly enhanced by 3D Printing, particularly in terms of customization. 3D Printing allows for rapidly producing toys with distinct shapes, designs, and colors.

Children can be rough with their toys, resulting in parts breaking or going missing. 3D-printed toys offer easy replacement of lost or damaged parts, saving parents time and money by reducing the need for traditional parts.

3D Printed toys for kids’ entertainmentImage Source: 3Dnatives

A wide range of 3D-printed toys is available, including popular choices such as:

  • Fidget Spinners - Parents or crafters can create customizable fidget spinners with unique shapes and designs using 3D Printing technology.
  • Building Blocks - 3D printed building blocks encourage creativity and imagination, as they can be made in various shapes and sizes, allowing for unique constructions.
  • Puzzles - 3D printed puzzles offer both challenge and fun, and their designs can be tailored to different skill levels.
  • Action Figures - 3D Printing enables the creation of custom action figures based on popular characters or original designs, allowing for the development of unique toys and characters.

These examples showcase the versatility and creativity that 3D Printing brings to the world of toys. With the ability to customize designs and create unique pieces, 3D-printed toys offer endless possibilities for play and exploration.

8. Home Décor

Home decoration has become more straightforward and budget-friendly. You can now print charming vases for flowers, stylish living room lamps, and practical organizers to enhance your space. 

Aesthetic home decor made by 3D PrintingImage Source: Weburbanist

No matter your style, there are 3D prints available to suit your preferences. Here are some of the most extraordinary 3D-printed ideas for home decor.

  • Modular Square/Hex Shelf: Perfect for organizing your space and storing items in any corner of your home. You can customize it into squares or hexagonal shapes.

3D-printed hex shelfImage Source: cults3d

  • Mandala Wall Art: Originating from India, this style adds elegance to walls with circular geometric patterns representing the universe in various colors.

3D-printed mandala wall artImage Source: etsy

  • Spiral Fruit Bowl: An hourglass shape and spiral lines enhance the kitchen or dining area, providing a functional and visually appealing addition.

3D-printed spiral fruit bowlImage Source: 2bcreationsstore

  • Self-Watering Planter: Simplifies plant care, sustains small plants without frequent watering, requires no tools, and is suitable for indoor and outdoor use.

3D-printed self-watering planterImage Source: etsy

The use of 3D Printing is widespread. Explore the industries benefitting from using 3D Printing in the next section.

Industries that Benefit from 3D Printing

The 3D Printing industry has grown significantly, with over $4.4 billion in 2013 to $21 billion in 2021. its remarkable progress is attributed to the increasing range of applications across various sectors. 

Multiple industries, including healthcare, automotive, construction, and manufacturing, have been revolutionized by 3D printing. It enables the rapid and cost-effective printing of vital components, fostering advancements in numerous industries.

Let's delve deeper into the diverse industries benefiting from 3D Printing.

9. Food

3D food printing is a revolutionary technology that is changing how we make and enjoy food. It allows us to create intricate shapes and designs, creating unique and exciting culinary experiences.

The innovative and eco-friendly method uses plant-based or lab-grown materials to reduce food waste and material usage. Overall, 3D printing is a sustainable alternative to traditional methods.

Appetizing foods made by 3D PrintingImage Source: 3dnatives

The process involves using a 3D printer with edible materials like dough, chocolate, or pureed fruits and vegetables as "ink" to create the desired food shape. It starts with a digital design, which the printer then brings to life layer by layer.

10. Medicine

The medical field constantly seeks new technologies to enhance treatment, and 3D Printing is a perfect fit. Doctors, dentists, and pharmaceutical manufacturers are increasingly using 3D Printing for personalized healthcare solutions and improved organ substitutes.

3D-printed kidneys made from different materialsImage Source: Researchgate

There are several areas in the medical field where 3D printing has benefits:

  • Surgical Models: 3D-printed models help surgeons visualize and plan treatments by replicating human body parts. This invention enables them to understand the pre-operative and post-operative positions of organs.

3D-printed SpineImage Source: embodi3d

  • Organ Modeling: 3D Printing offers a wide range of printing materials, allowing for the replication of human organs. With the ability to recreate hard and soft tissues, 3D-printed medical models are more realistic and accurate than traditional models.

3D-printed heartImage Source: nationalchildrenresearchcenter 

  • 3D Printed Body Parts: Successful implantation of 3D-printed body parts has been achieved. For example, bone scaffolds are created to facilitate the growth of healthy bone tissue around them.

3D-printed handImage Source: stuffco

Overall, 3D Printing is revolutionizing the medical field by providing advanced tools for surgical planning, realistic organ modeling, and the development of customized body parts.

11. Education

Integrating 3D Printing in education fosters creativity by enabling learners to transform their visions into tangible objects. Students can design and create physical items, like 3D-printed statues, to enhance their learning experience. 

This technology improves problem-solving skills by allowing students to tackle complex math equations and explore scientific concepts. Educators can present real-world challenges, like climate change solutions, to encourage teamwork and develop essential skills.

3D-printed baseball bat Image Source: 3dprint

By embracing 3D Printing, students become responsible, confident, independent, and innovative professionals, well-prepared for the professional world.

12. Wildlife Conservation

3D Printing enables researchers and conservationists to create replicas of endangered species, study them without disturbance, and develop monitoring and protection tools. 

3D-printed artificial reef made of Terracotta TilesImage Source: 3dprinting

This technology benefits various industries and contributes to advancing wildlife conservation efforts. Furthermore, 3D Printing enables the creation of tailored artificial habitats and intricate burrows for different species, enhancing their well-being. 

 This technology opens new possibilities for effective conservation practices, promoting the preservation of wildlife and biodiversity for generations to come.

13. Construction

In the construction industry, 3D Printing is emerging as a transformative technology. Machines replace manual labor in constructing structures, offering cost-effectiveness, environmental sustainability, and faster completion times for houses and offices.

Moreover, the potential extends beyond buildings, including infrastructure components like 

  • Stairways
  • Bridges
  • Railings
  • Community projects

3D Printed Two Story HouseImage Source: Reuters

In complex projects, construction companies can employ 3D Printing to create customized materials with precise measurements, reducing waste and maximizing efficiency.

14. Aerospace 

Aerospace has been an early and enthusiastic user of 3D printing technology. They have found that 3D Printing allows them to create lightweight, complex structures that are both strong and stable. 

3D-printed Lunar Space DesignImage Source: ESA

In aerospace, achieving lightweight designs while maintaining performance is crucial. 3D Printing enables the creation of intricate parts, enhancing efficiency through optimized designs. This technology has revolutionized aerospace by advancing component production and design.

15. Automotive Industry

The automotive industry has experienced significant advantages from integrating 3D printing technology. It offers cost-effective solutions by eliminating the need for extensive part storage and reducing production expenses, offering various personalization choices to automakers and drivers. 

3D Printed AutomobileImage Source: Automation

Moreover, 3D Printing significantly reduces production time by minimizing material waste and allowing manufacturing innovation and flexibility.

With its transformative capabilities, 3D Printing has the potential to revolutionize vehicle production and customization in the automotive industry. This ability could lead to more efficient and personalized vehicles for consumers.

16. Movies

The film industry relies heavily on 3D print shops for various aspects of moviemaking, from special effects to creating movie sets. 3D-printed props have revolutionized the cinematic experience, allowing for endless possibilities and expanding the potential of special effects. 

3D-printed Iron Man suitImage Source: zishop

This technology has become a significant attraction for moviegoers, with 3D printing used in a wide range of films, from animated movies to blockbuster hits. 3D printed costumes, props, and designs give characters life, enhancing the cinematic experience's realism.

17. Fashion

Incorporating 3D Printing technology into the luxury fashion sector brings numerous advantages, including small batch sizes, efficient restocking, and improved fabrics for luxury brands. This advantage eliminates long overseas shipments, caters to exclusive brands, and ensures top-quality craftsmanship.

3D-printed bagImage Source: stratasy

The sustainability aspect of 3D Printing allows for easier recycling and reusing of clothing, addressing concerns raised by the fast-fashion industry. Advancements in technical capabilities and 3D Printing can transform production and commerce.

Here’s a video showing how designers use 3D Printing for a collection.

From design and prototyping to delivery time, 3D-printed clothes reshape the entire value chain in the garment industry, revolutionizing the fashion industry by:

  • Providing flexibility
  • Faster response to trends
  • Accelerated prototype production
  • Driving growth in style
  • Explore future possibilities

In the rapidly evolving landscape of modern technology, 3D Printing has emerged as a game-changer with many advantages. 

If you're interested in learning more about the advantages of 3D Printing, keep reading.

Advantages of Using 3D Printing

The advantages of 3D Printing technology include lighter parts, lower costs, and shorter lead times. It is primarily due to its enhanced design freedom. It also allows highly customized and unique geometries in part design. 

The table below summarizes the advantages of using 3D Printing.

Advantages of using 3D Printing

  • Cost-effective 
  • Requires fewer machines
  • Fewer operators
  • Less waste material
  • No additional tooling. 
  • Flexibility
  • Offers significant advantages over traditional manufacturing processes
  • Enabling virtual creations
  • Allows users to edit designs and use various materials.
  • Speed
  • Offers Rapid Prototyping
  • Significantly reduces the time and cost of manufacturing prototypes
  • Eliminating long lead times associated with outsourcing complex manufacturing projects.
  • Quality
  • Permits step-by-step assembly of a component or product
  • Assures design improvement and higher-quality parts/products.
  • Tangible designs and Product testing
  • A physical prototype can be tested,
  • CAD file can be modified if flaws are detected
  • Competitive advantage
  • Product life cycles are reduced.
  • Improves businesses and enhances product distribution.
  • It helps consumers and investors to examine a new product physically.
  • Risk reduction
  • It lets a business mitigate its risks in manufacturing
  • Enables product designers to verify prototypes before starting 
  • Consistency
  • Each successive part can be monitored, allowing errors to be caught in real-time.
  • Reduce the overall number of failed parts and wasted materials
  • Increase consistent quality of the parts produced.
  • Sustainability
  • Reduces outsourcing, environmental impact, and waste.
  • Subsiding global shipping and energy consumption.
  • Accessibility
  • Provides greater accessibility than traditional manufacturing setups
  • Mostly automated and requires minimal personnel for operation and maintenance.

The flexibility of 3D Printing, enabled by design freedom and a wide variety of materials, makes it a versatile solution for industrial manufacturing. This design versatility distinguishes 3D Printing, opening up new opportunities for intricate and customized creations.


3D Printing has revolutionized multiple industries with its versatility and potential. With this technology, anyone can easily create objects ranging from replacement parts and prototypes to jewelry, tools, and home decor. 

Its applications span various sectors, including food, medicine, education, wildlife conservation, construction, aerospace, and automotive. The ability to customize, the cost-effectiveness, and the efficiency offered by 3D Printing have significantly advanced these fields.

The possibilities are endless when using 3D Printing, and its significance in various industries continues to grow. As technology progresses, we can expect even more innovative applications and exciting developments in the future.


Is it worth getting a 3D printer?

Investing in a 3D printer is worth it if your project involves producing numerous prototypes. But if you want to explore 3D modeling, printing your designs with a 3D Printing service is more practical.

What are the risks of 3D Printing?

Potential risks include inhaling hazardous substances, skin exposure to harmful chemicals, fire hazards, and possibly burns due to high operating temperatures.

Can a 3D printer be left on overnight?

No. It is unsafe to leave a 3D printer unattended during Printing, as fires have erupted and spread in the vicinity.

Do 3D prints break easily?

The thin areas in 3D prints can be fragile and prone to breaking. Depending on where and how they are stored, 3D-printed PLA objects can last from one month to several decades. It can degrade at various rates depending on its surroundings.


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