🚀 3D Printing Growth Rate 2026: The Explosive Truth Revealed!

Remember the first time you watched a 3D printer slowly extrude a plastic object, wondering if this was just a fancy toy or the future of manufacturing? We do. Back then, the consensus was that 3D printing was strictly for protyping—cool, but niche. Fast forward today, and the narrative has flipped on its head. The industry isn’t just growing; it’s undergoing a metamorphosis that is leaving traditional manufacturing methods scrambling to keep up. In 2023 alone, the market surged by a staggering 26.8%, shattering previous forecasts and signaling a permanent shift toward on-demand, decentralized production.

In this deep dive, we’re not just regurgitating dry statistics; we’re dissecting the why and how behind the numbers. From the explosive adoption of metal printing in aerospace to the surprising rise of MJF technology in European SMEs, we cover every angle of the 3D printing growth rate. You’ll discover which sectors are driving this boom, the hidden hurdles slowing us down, and exactly how to calculate the ROI for your own additive manufacturing journey. By the end, you’ll understand why experts predict the market will hit $57.1 billion by 2028, and more importantly, how you can position yourself to ride this wave rather than get left behind.

Key Takeaways

Explosive Trajectory: The 3D printing market is growing at a CAGR of 21%, with a massive 26.8% jump recorded in 2023, far outpacing traditional manufacturing.

Beyond Protyping: The industry has officially shifted from “rapid protyping” to mass production, with 70% of businesses printing more end-use parts than the previous year.
Sector Dominance: Healthcare, aerospace, and automotive are the primary engines of growth, driven by the need for customization and supply chain resilience.
Future Outlook: Projections estimate the global market will reach $57.1 billion by 2028, fueled by AI integration, new high-performance materials, and large-scale construction applications.

Actionable Insight: Whether you are a hobbyist or a C-suite executive, understanding the Total Cost of Ownership (TCO) and Design for Additive Manufacturing (DfAM) is critical to unlocking the true value of this technology.

⚡️ Quick Tips and Facts
📜 From Protypes to Production: A Brief History of 3D Printing Growth
📈 Decoding the Data: What is the Current 3D Printing Market Growth Rate?

🌍 Global Expansion: Regional Growth Trends in Additive Manufacturing
🏭 Industry-Specific Boom: How Different Sectors Are Driving Adoption
🚀 The 2024-2030 Forecast: Predicting the Future Trajectory of 3D Printing
🔑 Key Growth Drivers: Technology, Materials, and Cost Efficiency
🚧 Hurdles on the Road: Challenges Slowing Down the Growth Rate
🏆 Top Contenders: Leading Companies Fueling the Market Surge
💡 15 Actionable Insights for Businesses Riding the 3D Printing Wave

🛠️ Practical Guide: How to Calculate ROI for Your Additive Manufacturing Project
🔮 Conclusion: Is the Growth Rate Sustainable?
🔗 Recommended Links
❓ Frequently Asked Questions (FAQ)
📚 Reference Links

⚡️ Quick Tips and Facts

Before we dive into the nitty-gritty of market numbers and growth trajectories, let’s hit the ground running with some hard-hitting truths about the 3D printing industry. Whether you’re a hobbyist wondering if your hobby is actually a booming business or an investor looking for the next big thing, these facts will set the stage.

The Growth is Real: The 3D printing market isn’t just growing; it’s exploding. We are looking at a Compound Annual Growth Rate (CAGR) that consistently outpaces traditional manufacturing sectors.

It’s Not Just Plastic Anymore: While FDM (Fused Deposition Modeling) with PLA and ABS is the gateway drug, the real growth is in metal printing, bioprinting, and construction.
The “Tip of the Iceberg”: As one of our favorite community videos points out, if you think you’ve got this hobby all figured out, surprise, you’ve only seen the tip of the iceberg. The hidden costs of maintenance, electricity, and failed prints are significant, but the potential ROI is even bigger.
Adoption is Shifting: In 2023, 70% of surveyed businesses printed more parts than the previous year. We are moving from “protyping” to “production.”

Regional Variations: Don’t assume the US leads everything. In regions like Spain and Portugal, 27% of users are adopting MJF (Multi Jet Fusion) technology, far above the global average.

For a deeper dive into the raw numbers that back these claims, check out our comprehensive breakdown on statistics about 3D printing.

📜 From Protypes to Production: A Brief History of 3D Printing Growth

To understand where we are going, we have to look at where we came from. The story of 3D printing growth isn’t a straight line; it’s a jaged graph of hype cycles, technological breakthroughs, and the slow, steady march toward industrial adoption.

The Early Days: The Hype Cycle of the 80s and 90s

It all started with Chuck Hull in 1984, who invented Stereolithography (SLA). He didn’t just print a toothbrush holder; he patented the concept of slicing a 3D model into layers. By the late 80s, companies like 3D Systems were selling machines for the price of a small house.

The Promise: Rapid protyping.
The Reality: Extremely expensive, slow, and limited to a few materials.
The Growth Rate: Non-existent for the masses. It was a “black box” technology reserved for Fortune 50 R&D departments.

The Open Source Revolution: The 20s

The plot thickened in 205 with the launch of the RepRap project. This was the moment the “growth rate” of the community exploded. By making the designs open-source, anyone could build their own printer.

Key Milestone: The Prusa i3 design by Josef Průša became the blueprint for the modern hobbyist printer.
Impact: Prices dropped from $20,0 to under $1,0.
Result: The market shifted from B2B (Business to Business) to B2C (Business to Consumer).

The Industrial Renaissance: 2010s to Present

As patents expired, the floodgates opened. Companies like Stratasys and EOS pushed high-end industrial machines, while Creality and Bambu Lab democratized the desktop experience.

“I think a lot of people have in their mind that 3D printing is an injection molding competitor—yea, it’s not. It’s an entirely new way of making things,” says Adam Hecht of DIVE.

This shift marks the transition from protyping to end-use parts. We are no longer just printing models; we are printing functional gears, aerospace brackets, and even human tissue.

📈 Decoding the Data: What is the Current 3D Printing Market Growth Rate?

Video: Revealing the TRUE Costs of 3D Printing!

Okay, let’s get to the meat of the question: What is the growth rate? If you’ve been trying to find a single, definitive number, you might have hit a wall. Different research firms use different methodologies, leading to a range of estimates. However, the consensus is clear: the trajectory is steeply upward.

The Numbers Game

According to the latest data from Protolabs’ 3D Printing Trend Report 2024, the market experienced a massive 26.8% increase in 2023 compared to the previous year. This was a significant jump, exceeding the $19.9 billion forecast made a year prior.

2023 Market Size: Estimated at $21.4 billion (Note: Some sources cite $17.46B, others $21.4B depending on whether they include service bureaus or just hardware sales).
2024 Forecast: Projected to reach $24.8 billion with a conservative CAGR of 21%.

2028 Projection: The market is predicted to hit $57.1 billion by the end of 2028.

Why the Discrepancy in Data?

You might notice that some reports (like the ones from Grand View Research or Marketsandmarkets) are hard to access due to bot protection or paywalls. This is common in high-value market research. The differences in reported numbers often come down to:

Scope: Does the report include service bureaus (companies that print for you) or just hardware sales?

Material Inclusion: Are they counting the cost of resins, filaments, and powders, or just the machines?
Geographic Focus: Is it a global average or focused on North America/Europe?

Despite the variance, the 21-26% CAGR is the number to watch. This is significantly higher than the traditional manufacturing sector, which typically grows at 2-4%.

Visualizing the Growth

Year	Estimated Market Size (USD)	Growth Rate (YoY)	Key Driver
2021	~$15.5 Billion	~18%	Post-Pandemic Supply Chain Shifts
202	~$17.5 Billion	~13%	Stabilization of Supply Chains
2023	~$21.4 Billion	26.8%	Mass Adoption of End-Use Parts
2024 (F)	~$24.8 Billion	~16%	AI Integration & New Materials
2028 (F)	~$57.1 Billion	~21% (CAGR)	Large-Scale Production

Source: Agregated data from Protolabs 2024 Trend Report and industry consensus.

🌍 Global Expansion: Regional Growth Trends in Additive Manufacturing

Video: The Rise of 3D-Printed Slop.

The growth rate of 3D printing isn’t uniform across the globe. It’s a patchwork of regional boms, driven by local manufacturing needs, government incentives, and cultural adoption.

North America: The Innovation Hub

The US remains the largest market, driven by aerospace, defense, and medical sectors.

Trend: Heavy investment in metal 3D printing for jet engines and rocket components.
Key Players: GE Additive, Stratasys, HP.
Insight: The US leads in R&D spending, pushing the boundaries of what’s possible with laser sintering and direct metal laser sintering (DMLS).

Europe: The Manufacturing Powerhouse

Europe, particularly Germany, is the heart of industrial 3D printing.

Trend: Strong focus on automotive applications and tooling.
Key Players: EOS (Germany), Desktop Metal (operations in Europe), BASF.
Insight: European regulations on sustainability are driving the adoption of recyclable materials and circular economy practices in additive manufacturing.

Asia-Pacific: The Rapid Adopter

This region is seeing the fastest growth rate in terms of volume.

Trend: China is becoming a manufacturing giant in 3D printing hardware, with companies like Creality and Anycubic dominating the consumer market.
Key Players: UnionTech, Shining 3D.
Insight: The “Made in China” shift is moving from low-cost assembly to high-tech additive manufacturing, with massive government support for industrial 4.0.

Emerging Markets: The Wild Cards

Spain/Portugal: Surprisingly, these regions show a 27% adoption rate of MJF technology, far exceeding the global average.

Benelux: Known for aesthetic applications, with 40% of users printing end-use parts.

🏭 Industry-Specific Boom: How Different Sectors Are Driving Adoption

Video: Watch this Before Buying a 3D Printer! Best Beginner 3D Printer.

The growth rate of 3D printing is heavily dependent on who is using it. While the hobbyist market is fun, the real money is industry. Let’s break down which sectors are printing the most and why.

1. Healthcare & Medical: The Life-Saving Sector

Adoption Rate: 7% of respondents believe this sector will see the most significant impact.

Key Applications: Custom prosthetics, surgical guides, dental aligners, and even bioprinting of tissues.
Why it’s growing: The ability to create patient-specific solutions that mass production cannot match.
Technology: SLA (Stereolithography) dominates here with 40% usage due to high precision.

2. Aerospace & Defense: The High-Stakes Game

Adoption Rate: High volume of end-use parts.
Key Applications: Lightweight brackets, fuel nozzles, and drone components.
Why it’s growing: Weight reduction equals fuel savings. A 10% weight reduction in a plane can save millions in fuel over its lifetime.
Technology: Metal 3D printing (DMLS/SLM) is king here.

3. Automotive: From Protypes to Production

Adoption Rate: 3% of respondents use it primarily for end-use parts, but the number is rising fast.
Key Applications: Jigs, fixtures, custom tools, and low-volume production runs for classic car restoration.

Why it’s growing: Lead time reduction. Instead of waiting weeks for a mold, engineers print a tool in hours.
Technology: SLS (Selective Laser Sintering) and MJF are popular for durable parts.

4. Consumer Goods & Electronics

Adoption Rate: 83% increase in printing activity.
Key Applications: Custom phone cases, ergonomic tools, and rapid protyping of electronics enclosures.

Why it’s growing: Mass customization. Companies can offer personalized products without retooling factories.

5. Construction: The Big Picture

Adoption Rate: 4% expect significant impact on housing.
Key Applications: 3D printed houses, bridges, and large-scale architectural models.
Why it’s growing: Speed and labor cost reduction. A house can be printed in days, not months.

Technology: Large-format FDM and concrete extrusion.

🚀 The 2024-2030 Forecast: Predicting the Future Trajectory of 3D Printing

Video: The Real Cost of 3D Printing (and How to Cut It).

So, where are we headed? If the current growth rate holds, we are looking at a $57 billion industry by 2028. But what will drive this?

The AI Revolution

Artificial Intelligence is the new engine of growth.

Predictive Maintenance: Smart printers that tell you before a nozzle clogs.
Automated Tuning: AI adjusting print parameters in real-time to prevent failures.

Design Optimization: Generative design software creating parts that are impossible to make with traditional methods.

“Like every industry today, 3D printing is capitalizing on the excitement around next generation AI and automation tools,” notes François Minec from HP.

The Material Explosion

It’s not just about printing faster; it’s about printing better.

New Polymers: High-temperature resins, flexible TPU, and conductive filaments.
Metals: Titanium, Inconel, and aluminum alloys becoming more accessible.
Bio-materials: Printing with living cells for regenerative medicine.

The Shift to Mass Production

The biggest trend is the move from protyping to production.

76% of respondents printed more than 10 parts in 2023.
6.2% printed more than 1,0 parts (up from 4.7% in 202).
Implication: 3D printing is becoming a viable alternative to injection molding for medium-volume runs.

🔑 Key Growth Drivers: Technology, Materials, and Cost Efficiency

Video: The REAL PRICE of 3D Printing – Filament Electricity Printers & Upcycling!!!

Why is this happening now? It’s a perfect storm of three factors: Technology, Materials, and Cost.

1. Technology: Faster, Smarter, Better

Speed: New technologies like Bambu Lab’s multi-nozzle systems and Carbon’s CLIP process are printing 10x faster than traditional FDM.
Reliability: Modern printers have auto-bed leveling, filament runout sensors, and enclosed chambers, making them “plug-and-play.”

Scalability: Industrial farms of printers can now run 24/7 with minimal human intervention.

2. Materials: Beyond PLA

Performance: Materials like PEK and PEKK can withstand high heat and chemicals, replacing metal in some applications.
Sustainability: Biodegradable filaments (PLA, PHA) and recycled materials are becoming standard.

Specialization: Materials tailored for specific industries, like CPX for prosthetics or Carbon Fiber PP for chemical resistance.

3. Cost Efficiency: The ROI Argument

Lead Time: 47% of businesses cite this as the main reason for adoption.
Cost Savings: 82% report substantial cost savings by eliminating tooling and inventory.

Supply Chain Resilience: 9% chose 3D printing due to low susceptibility to supply chain issues.

🚧 Hurdles on the Road: Challenges Slowing Down the Growth Rate

Video: Why I charge $55 for this 3D printed part (how to price).

Despite the rosy forecast, the road isn’t entirely smooth. There are significant hurdles that could slow down the growth rate if not addressed.

1. The Skills Gap

Problem: There is a shortage of engineers who know how to design for additive manufacturing (DfAM).

Impact: Many companies buy printers but don’t know how to use them effectively, leading to low ROI.
Solution: Educational programs and better training tools are needed.

2. Quality Control and Standardization

Problem: Lack of universal standards for material properties and part certification.
Impact: Hard to get 3D printed parts approved for critical applications (e.g., aerospace, medical).

Solution: Industry bodies are working on standardization, but it’s a slow process.

3. Cost of Entry for High-End Tech

Problem: While desktop printers are cheap, industrial metal printers still cost hundreds of thousands of dollars.
Impact: Small businesses are locked out of the high-value market.

Solution: The rise of service bureaus and cloud-based printing is helping to bridge this gap.

4. Environmental Concerns

Problem: Energy consumption and plastic waste from failed prints.
Impact: Negative public perception and regulatory hurdles.
Solution: Better recycling programs and energy-efficient printers.

🏆 Top Contenders: Leading Companies Fueling the Market Surge

Video: How I Price My 3D Prints – Full Cost Breakdown + Profit Margin.

Who are the giants driving this growth rate? Here are the key players shaping the landscape.

1. Stratasys

Focus: Industrial FDM and PolyJet.
Strength: Long-standing reputation, vast material library.
Weakness: High cost, slower adoption of new tech compared to startups.

2. 3D Systems

Focus: SLA, SLS, and DMLS.
Strength: Pioneer in the industry, strong in healthcare.
Weakness: Struggled with profitability in recent years.

3. EOS

Focus: Metal and Polymer SLS.
Strength: German engineering, high precision, dominant in automotive.
Weakness: Expensive ecosystem.

4. HP

Focus: Multi Jet Fusion (MJF).
Strength: Speed, cost-effectiveness for production runs.
Weakness: Limited material range compared to SLS.

5. Bambu Lab

Focus: High-speed desktop FDM.
Strength: Disruptive pricing, incredible speed, user-friendly.
Weakness: Newer to the market, less industrial focus.

6. Desktop Metal

Focus: Bound Metal Deposition (BMD) and SLS.
Strength: Making metal printing accessible to small shops.
Weakness: High operational costs (powder handling).

💡 15 Actionable Insights for Businesses Riding the 3D Printing Wave

Video: This 3D Printing Business Lesson Could Have Cost Me Thousands.

Ready to jump on the bandwagon? Here are 15 actionable insights to help you navigate the growth rate of 3D printing and maximize your ROI.

Start Small, Think Big: Don’t buy a $10k machine immediately. Start with a high-end desktop printer to learn the ropes.
Focus on DfAM: Train your engineers in Design for Additive Manufacturing. It’s not just about printing existing parts; it’s about redesigning them.

Evaluate Your Supply Chain: Identify parts that are expensive to store or have long lead times. These are your prime candidates for 3D printing.
Consider Service Bureaus: If you don’t need in-house capacity, use a service bureau to test the waters without the capital expenditure.
Invest in Post-Processing: The print is only half the battle. Budget for sanding, painting, and curing.

Look for Material Innovation: Don’t stick to PLA. Explore Nylon, Carbon Fiber, and PEK for functional parts.
Embrace AI Tools: Use AI-driven slicers and monitoring tools to reduce failure rates.
Calculate Total Cost of Ownership (TCO): Include electricity, maintenance, and labor in your ROI calculations.

Collaborate with Experts: Partner with universities or research institutions to stay ahead of the curve.
Prioritize Sustainability: Use recycled materials and optimize designs to reduce waste.
Standardize Your Workflow: Create a consistent process for design, printing, and quality control.

Monitor Industry Trends: Keep an eye on new materials and technologies. The market moves fast.
Build a Digital Inventory: Store your 3D models in the cloud for easy access and rapid production.
Test for Certification: If you’re in a regulated industry, start the certification process early.

Stay Flexible: Be ready to pivot as the technology evolves. What works today might be obsolete tomorrow.

🛠️ Practical Guide: How to Calculate ROI for Your Additive Manufacturing Project

Video: 3D Printing Packaging Market Report 2023 | Forecast, Market Size & Growth.

Calculating the ROI of 3D printing can be tricky. It’s not just about the cost of the filament. Here’s a step-by-step guide to getting the real numbers.

Step 1: Identify the Part

Choose a part that is currently manufactured via traditional methods (e.g., injection molding, CNC).

Step 2: Calculate Traditional Costs

Tooling Cost: Molds, jigs, fixtures.
Unit Cost: Material, labor, machine time.
Inventory Cost: Storage, warehousing, obsolescence.
Lead Time Cost: Delays in production.

Step 3: Calculate 3D Printing Costs

Machine Cost: Depreciation, maintenance, electricity.
Material Cost: Filament/resin/powder.
Labor Cost: Setup, monitoring, post-processing.
Failure Rate: Account for failed prints (usually 10-20% for beginners).

Step 4: Factor in Intangible Benefits

Speed: How much faster can you get to market?
Customization: Can you offer personalized products?
Complexity: Can you make parts that were previously impossible?

Step 5: The Formula

$$ \text{ROI} = \frac{(\text{Savings} + \text{Revenue Increase}) – \text{Total 3D Printing Cost}}{\text{Total 3D Printing Cost}} \times 10 $$

Example Scenario

Traditional Cost: $50 per part (including tooling amortization).
3D Printing Cost: $30 per part (including labor and material).

Lead Time Savings: 2 weeks (worth $10,0 in avoided delays).
Result: If you print 1,0 parts, the savings are $20,0 + $10,0 = $30,0. The ROI is significant.

🔮 Conclusion: Is the Growth Rate Sustainable?

We’ve covered a lot of ground, from the humble beginnings of Chuck Hull’s first print to the $57 billion forecast for 2028. But the big question remains: Is this growth sustainable?

The answer is a resounding yes, but with caveats. The growth rate of 3D printing is not a bubble; it’s a fundamental shift in how we manufacture. The drivers—speed, customization, supply chain resilience, and material innovation—are too strong to ignore.

However, the path forward isn’t without obstacles. The skills gap, standardization issues, and environmental concerns must be addressed to maintain this momentum. As Adam Hecht of DIVE wisely noted, “It’s enabling us to solve problems, and ultimately, to make products that previously couldn’t exist.”

The future of 3D printing is not just about printing faster; it’s about printing smarter. As AI integration deepens and materials become more specialized, we will see 3D printing move from the fringes of manufacturing to the center stage. Whether you’re a hobbyist printing a new bracket for your bike or a CEO looking to revolutionize your supply chain, the growth rate of 3D printing offers a golden opportunity.

So, are you ready to print the future?

🔗 Recommended Links

Ready to dive deeper? Here are some essential resources and products to get you started.

🛒 Shop 3D Printers & Materials

Bambu Lab X1 Carbon: Amazon | Official Site
Creality Ender 3 V3: Amazon | Official Site
Prusa MK4: Amazon | Official Site
Formlabs Form 3+ (SLA): Amazon | Official Site

📚 Books & Guides

“Additive Manufacturing Technologies” by Ian Gibson: Amazon
“The 3D Printing Handbook” by Ben Redwood: Amazon

🌐 Online Communities & Marketplaces

Thingiverse: Search for 3D Models
Cults3D: Search for 3D Models
MyMiniFactory: Search for 3D Models

❓ Frequently Asked Questions (FAQ)

Will 3D printing become a mainstream technology in the near future?

Yes. With the 21% CAGR and the shift toward end-use parts, 3D printing is rapidly becoming a standard manufacturing method. By 2028, it’s projected to be a $57 billion industry, making it as common as CNC machining in many sectors.

What new opportunities are emerging due to the rapid growth of 3D printing?

New opportunities include mass customization, decentralized manufacturing, and on-demand production. Industries like healthcare (custom implants) and aerospace (lightweight components) are seeing the most significant breakthroughs.

How does the growth of 3D printing affect the cost of 3D printers and materials?

As the market grows, economies of scale drive down the cost of hardware. However, specialized materials (like metal powders or high-performance polymers) may remain expensive due to R&D costs.

Which sectors are driving the most significant growth in 3D printing?

Healthcare, aerospace, and automotive are the top drivers. Construction and consumer goods are also emerging as major growth areas.

Is 3D printing becoming more accessible for home users?

Absolutely. Desktop printers like the Bambu Lab and Creality series have made 3D printing affordable and user-friendly, with prices dropping significantly over the last decade.

What is the projected future growth of 3D printing technology?

The market is expected to grow at a CAGR of 21% through 2028, reaching $57.1 billion. This growth is driven by AI integration, new materials, and industrial adoption.

How fast is the 3D printing market expanding?

The market expanded by 26.8% in 2023 alone, far exceeding previous forecasts. This rapid expansion is fueled by the shift from protyping to production.

What are the potential future applications of 3D printing, such as in space exploration or education?

Future applications include 3D printing in space (manufacturing parts on the ISS or Mars), bioprinting of organs, and educational tools for STEM learning.

What are some of the most innovative and creative things to 3D print for beginners and experts alike?

Beginers can print custom phone cases and toys. Experts can create functional gears, aerospace brackets, and medical prosthetics.

How does 3D printing compare to traditional manufacturing methods in terms of cost and efficiency?

For low-volume and complex parts, 3D printing is often cheaper and faster. For high-volume production, traditional methods like injection molding still hold the cost advantage, but the gap is closing.

What is the forecasted market size of the 3D printing industry in the next 5 years?

By 2028, the market is forecasted to reach $57.1 billion, driven by a 21% CAGR.

What are the most popular materials used in 3D printing and their applications?

PLA and ABS are popular for hobbyists. Nylon, TPU, and PEK are used for industrial applications. Metal powders (Titanium, Inconel) are used in aerospace and medical.

How is 3D printing being used in various industries such as healthcare and manufacturing?

In healthcare, it’s used for prosthetics, surgical guides, and bioprinting. In manufacturing, it’s used for tooling, jigs, and end-use parts.

What are the current trends in 3D printing technology?

Key trends include AI integration, multi-material printing, large-format printing, and sustainable materials.

How big is the 3D printing market in 2025?

While exact numbers vary, the market is expected to be around $28-30 billion in 2025, continuing its rapid growth trajectory.

What are the statistics of 3D printing?

70% of businesses printed more parts in 2023 than in 202.

21% of respondents primarily use 3D printing for end-use parts.
47% cite lead time as the main reason for adoption.

What is the build rate of 3D printing?

Build rates vary by technology. FDM printers can build at 50-150 mm/s, while SLA and SLS can be faster for certain geometries. New technologies like Carbon’s CLIP can be 25-10x faster than traditional methods.

What is the projected growth of 3D printing?

The projected growth is a CAGR of 21% through 2028, reaching $57.1 billion.

How fast is the 3D printing industry growing?

The industry is growing at an unprecedented rate, with a 26.8% increase in 2023 alone.

📚 Reference Links

Protolabs 3D Printing Trend Report 2024: Read the Full Report
Grand View Research: 3D Printing Industry Analysis (Note: Content may behind a paywall)
Marketsandmarkets: 3D Printing Market Report (Note: Content may behind a paywall)
3D Printed™ Statistics: Statistics About 3D Printing
Thingiverse: 3D Models & Printable Related Queries
Cults3D: 3D Models & Printable Related Queries
MyMiniFactory: 3D Models & Printable Related Queries
HP 3D Printing: Official Website
Stratasys: Official Website
EOS: Official Website
Bambu Lab: Official Website
Creality: Official Website
Prusa Research: Official Website
Formlabs: Official Website
Desktop Metal: Official Website