9 Slide Metal 3D Printing Pitch Deck Template: Precision Pitches for Precision Manufacturing | Google Slides

You’re holding a game-changing tech in your hands: the ability to print complex, high-strength metal parts with just a machine and a few clicks. No more waiting months for prototypes, no insane tooling costs, no limitations on design.

But here’s the thing—you’re not the only one with a fancy metal printer.

So, what makes your metal 3D printing venture the one worth betting on? That’s exactly what this pitch deck is here to prove.

I’m Viktor, a pitch deck expert and creative business strategist. Over the past 13 years, I’ve helped businesses secure millions of $ in funding thanks to my approach and I’m sharing it here in this pitch deck guide.

I’ve helped startups in just about every industry convince investors that their solution was the one. Metal 3D printing might sound like a future fever dream, but by the end of this deck, we’ll make it clear why your venture is ready to reshape industries and spark some serious investor excitement.

Alright, let’s dive in and set the stage for your metal 3D printing revolution—minus the fluff, all focused on substance.

9 Slide Metal 3D Printing Pitch Deck Template | Google Slides

Slide 1: Elevator Pitch

Headline: “Precision Manufacturing On Demand: Metal 3D Printing for Advanced Industries”

Content:

• Problem: “Traditional metal manufacturing is constrained by high costs, extended timelines, and limited flexibility.”
• Solution: “Our advanced metal 3D printing solution can create complex parts on-demand, enabling rapid prototyping and precision manufacturing for industries like aerospace, automotive, and healthcare.”
• Unique Advantage: “We deliver custom high-strength components in days, not months, at a fraction of the cost.”

Visuals:

• A split image: on the left, a traditional metal manufacturing line, and on the right, a high-tech 3D printer producing a part.
• A key stat: “80% reduction in production lead time.”

Slide 2: Investor Memo

Headline: “The Future of Metal Manufacturing: A $35 Billion Market Opportunity”

Content:

• Market Overview: “The metal 3D printing market is projected to grow to $35.33 billion by 2030, with a CAGR of 24.2% (source: Grand View Research)​Grand View Research​Grand View Research.”
• Investment Highlights:
  • Innovative Tech: Proprietary high-precision laser sintering and metal alloy technology.
  • Growing Demand: Automotive, aerospace, and healthcare sectors demand rapid, complex part production.
  • Scalable Model: High margins, repeat clients, and potential for global expansion.
• Financial Snapshot: Projected revenue to exceed $50M by year 3 with profitability by year 5.

Visuals:

• A line graph illustrating market growth to $35.33 billion by 2030.
• Icons highlighting each investment highlight.

Slide 3: Problem Statement

Headline: “Manufacturing Bottlenecks Cost Industries Time and Money”

Content:

• Agitate the Problem: “Conventional manufacturing faces high setup costs, material waste, and slow turnarounds.”
• Impact: “These inefficiencies lead to prolonged R&D timelines, missed market opportunities, and inflated production costs.”
• Urgency: “As demand grows for high-strength, customizable parts, the need for flexible manufacturing solutions is critical.”

Visuals:

• A bar chart showing typical lead times for traditional manufacturing vs. 3D printing.
• A bold stat: “30% of manufacturers report delays due to material shortages and production inflexibility.”

Slide 4: Solution Overview

Headline: “Our 3D Metal Printing Technology Solves Industry Challenges”

Content:

• How It Works: “Our platform uses selective laser sintering with proprietary metal alloys to produce intricate designs layer by layer, minimizing waste.”
• Key Benefits:
  • Efficiency: Parts are produced in a fraction of the time.
  • Cost Savings: Reduces material waste and labor costs.
  • Customization: Designed for high precision across single or mass production.
• Industry Applications: Aerospace, automotive, medical devices, and energy sectors.

Visuals:

• A process flow diagram illustrating the 3D printing process from design to final part.
• Comparison table: traditional vs. 3D printed part costs and timelines.

Slide 5: Market Opportunity

Headline: “Addressing a $35 Billion High-Growth Market”

Content:

• Total Addressable Market (TAM): “$35.33 billion market by 2030, with a strong CAGR of 24.2%​Vision Research Reports.”
• Demand Drivers: “Growing need for customizable, complex metal parts and rapid prototyping in automotive, aerospace, and healthcare.”
• Competitive Positioning: “Our technology fills a critical gap by providing flexible, on-demand production.”

Visuals:

• Pie chart breaking down TAM, SAM, SOM (Serviceable Obtainable Market).
• Icon array of target industries with projected demand increases.

Slide 6: Competitive Advantage

Headline: “Setting a New Standard in Precision Manufacturing”

Content:

• Technology Edge: Proprietary alloy compositions and laser sintering processes offer greater durability and design flexibility.
• Cost and Speed: 50% reduction in time-to-market compared to traditional methods.
• Barrier to Entry: Patents, R&D, and established client partnerships provide defensibility.

Visuals:

• Competitor matrix (columns: Speed, Cost, Complexity; rows: Our Product, Competitors).
• Key stats on speed and cost advantages.

Slide 7: Customer Success Stories

Headline: “Trusted by Industry Leaders for Rapid Prototyping and Production”

Content:

• Case Study 1: An aerospace client reduced production time by 40% and costs by 25% using our 3D printing solution.
• Case Study 2: Automotive manufacturer produced a previously unfeasible component design with a 30% weight reduction.
• Testimonials: “Our production timeline has shortened by months, allowing us to innovate faster” — Aerospace Client.

Visuals:

• Before-and-after images of parts manufactured traditionally vs. with 3D printing.
• Customer logos for high-recognition clients.

Slide 8: Financials & Funding Ask (Hypothetical)

Headline: “Path to Profitability with Scalable Revenue Growth”

Content:

• Revenue Projections:
  • Year 1: $5M
  • Year 2: $15M
  • Year 3: $50M (break-even)
  • Year 5: $100M
• Funding Breakdown: Raising $10M for:
  • R&D (40%): Further development of alloy tech and precision improvements.
  • Production (30%): Scaling printing capacity to meet client demand.
  • Sales & Marketing (20%): Expanding into new industrial sectors.
  • Operating Costs (10%): Workforce expansion, quality assurance.

Visuals:

• A line graph for projected revenue growth over five years.
• Pie chart detailing funding allocation.

Slide 9: Vision & Call to Action

Headline: “Join Us in Shaping the Future of Manufacturing”

Content:

• Vision Statement: “A future where custom, high-quality metal parts are accessible on demand for any industry.”
• Long-Term Goals: Expand globally, innovate materials and printing processes, and drive a sustainable manufacturing future.
• Call to Action: “Invest in the next generation of precision manufacturing.”

Visuals:

• An inspirational image of futuristic industry applications transformed by metal 3D printing.
• Clear CTA with contact information.

Last Words

So, here’s where we’re at. Metal 3D printing isn’t just a futuristic perk—it’s becoming the industry standard, and your tech is right at the forefront. We’ve covered the market size, the technical advantage, the early traction—everything an investor needs to know that you’re not just another “next big thing.”

At the end of the day, this isn’t about just printing metal parts. It’s about getting ahead of the curve, enabling the industry to rethink manufacturing, and yes, making sure our partners see some serious returns along the way.

If you’re in, let’s talk about bringing this vision to life.

You got this.

If you want to really dive into the world of pitch decks, check out our complete collection of pitch deck templates.