In-Space Manufacturing and Microgravity Biotech:
Products, Platforms and Economics

The Physics of Microgravity Advantage

What actually changes when you make something in orbit, and which products can benefit?

Microgravity Quality: Not All Orbits Are Equally Quiet

Why does the quality of microgravity differ between platforms, and why does it matter for manufacturing?

Fifty Years of Trying: from Skylab to Capsules

Why has in-space manufacturing been promised for decades, and what is different now?

Case Study: The 1980s Electrophoresis Venture

What happened to the first serious attempt at commercial drug manufacturing in orbit, and what does it teach?

The Evidence Base: What Fifteen Years of ISS Research Shows

What has the ISS National Lab produced, and what does its record say about commercial demand?

A Mission from Launch to Laboratory

How does a microgravity manufacturing mission work, step by step, and where do time and cost go?

Method: How Setcoin Assesses a Microgravity Product

How does Setcoin decide which microgravity products are ready, and how can a reader test the ranking?

Reading a Microgravity Claim: a Field Guide

How should a reader judge a press release announcing that something was "made better in space"?

Protein Crystals for Structure

Does growing protein crystals in orbit still help drug discovery, and who pays for it?

Case Study: JAXA's Protein Crystallisation Programme

How did Japan become the leader in microgravity protein crystallisation, and what did it achieve?

Formulation Insight: the Pembrolizumab Case

What did Merck learn from crystallising pembrolizumab in orbit, and what does the case teach about the business model?

Case Study: Lilly, Insulin and Automated Crystallisation

What has Eli Lilly's work with Redwire's PIL-BOX shown, and what does automation change?

Small-Molecule Polymorphs Made in Orbit

Can capsules make small-molecule drugs in crystal forms that are hard to obtain on Earth?

Crystal Physics in Detail: Nucleation, Growth and Size Distribution

Why exactly does microgravity change crystal size and uniformity, and when does it not?

Biologics: Could Drug Substance Be Made in Orbit?

Could antibodies or other biologics be produced in orbit for patients on Earth?

Cell and Gene Therapies: Is There a Microgravity Angle?

Could microgravity help make cell and gene therapies, the most expensive medicines in the world?

Organoids and Disease Models

Why are researchers growing mini-organs in orbit, and is there a business in it?

Ageing, Bone and Muscle Models

Why is microgravity useful for studying ageing, bone loss and muscle wasting, and is there a commercial market?

Stem Cells and Regenerative Medicine

Can microgravity help expand stem cells for therapy, and what has been shown?

The Clinical Landscape for Retinal Implants

What other treatments would an orbit-made artificial retina compete with, and what does that mean for its prospects?

Bioprinting Tissues

Can tissues and organs be printed better in orbit, and how close is it to patients?

Artificial Retinas and Implant Films

Why do artificial retina films rank as the leading near-term product made in orbit?

Other Implants and Biomaterials

Beyond artificial retinas, which implants and biomaterials might be made in orbit?

Semiconductors and Crystals

Can microgravity improve the crystals and substrates used to make chips, and is there a market?

Optical Fibre: ZBLAN

Is ZBLAN fibre drawn in orbit the first real space-manufactured product?

Beyond ZBLAN: Other Photonic and Quantum Materials

Are there other optical or quantum materials that could justify orbital production?

Alloys, Glasses and Other Materials

Do metals, alloys and metallic glasses benefit enough from microgravity to justify production in orbit?

Containerless Processing and Levitation

What can be done with melts and liquids that never touch a container, and why does orbit make it easier?

Making Parts for Use in Space

How does manufacturing for use in orbit differ from making products for Earth, and is it a nearer market?

The Readiness Scorecard: the Full Ranking

Which microgravity products and services are ready, ranked, and how robust is the ranking?

Five Comparisons That Explain the Ranking

Why does the scorecard rank products the way it does, and what do the closest pairs reveal?

The ISS as a Factory

What capacity does the ISS offer for manufacturing, what does it cost, and what happens when it retires?

Facility Providers: the Businesses That Already Work

Who sells microgravity research and manufacturing services today, and how do they make money?

Commercial Stations as Manufacturing Platforms

Will commercial stations be ready to host manufacturing when the ISS retires, and does manufacturing demand support them?

After the ISS: the Transition Year by Year

How will microgravity research and manufacturing move from the ISS to commercial platforms between 2026 and 2032?

Free-Flying Capsules: the New Platform

What are free-flying manufacturing capsules, how do they work, and why do they matter?

Case Study: Varda Space Industries

How has Varda built the first repeat-flight manufacturing capsule business, and what does its record show?

Inside a Capsule: Bus, Heat Shield and Recovery

What are the main components of a manufacturing capsule system, and where does engineering risk sit?

Other Capsules: Europe, the US and Japan

Who else is building return capsules, and how far along are they?

Capsule Designs Compared

How do the capsule designs on offer differ in size, landing mode and purpose?

China's Recoverable Satellites

What does China's long experience with recoverable satellites mean for microgravity manufacturing?

Return Logistics: Landing, Recovery and Time to Laboratory

What happens between de-orbit and the customer's laboratory, and why does it matter for product value?

Capsule Supply Chain

What parts and services does a capsule company depend on, and where are the bottlenecks?

Re-Entry Licensing

How are commercial re-entries licensed, and how much does licensing constrain the sector?

Launch for Manufacturing Missions

What does launch cost a manufacturing mission, and how does launch availability shape the sector?

Landing Ranges and Host Countries

Where can capsules land, and why does geography matter?

Automation and Process Control in Orbit

How do uncrewed capsules run manufacturing processes, and what limits automation?

Cost per Kilogram Made and Returned

What does it cost to make and return a kilogram of product from orbit, and which products can bear it?

Unit Economics of a Capsule Company

How many missions a year does a capsule company need, and at what prices, to sustain itself?

Dose Arithmetic: How Many Capsules Would a Medicine Need?

If a medicine needed a manufacturing step in orbit, how many capsule missions a year would it take, and what would they add to each dose?

Reuse Economics: Flying the Same Capsule Again

How much would capsule reuse cut the cost per kilogram, and what does it take?

Platform Choice: Station or Capsule?

For a given experiment or production run, is a station or a free-flying capsule cheaper and better?

The Value-per-Kilogram Ladder

Which products clear the cost of making and returning them from orbit, and by how much?

Materials Break-Even: Fibre, Wafers and Films

What price must a material made in orbit fetch to cover a mission?

Pricing Models: Missions, Slots, Royalties and Data

How do in-space manufacturing providers charge, and which models suit which customers?

Customer Economics: What a Pharma Company Pays and Gains

How should a pharmaceutical company think about spending on microgravity research or manufacturing?

Partnering Models: Consortia and Shared Missions

How can pharma and materials companies share the cost and risk of microgravity campaigns?

Capital and Government Funding

How is in-space manufacturing financed, and who supplies the money?

Defence Demand: the Capsule as a Hypersonic Test Bed

Why is the US military the most dependable buyer of manufacturing capsules, and how long will that last?

NASA as Anchor Customer After 2030

What role will NASA play in in-space manufacturing once it no longer owns a station?

Market Size: Reconciling the Forecasts

How large is the in-space manufacturing market, and why do published estimates differ so much?

Insurance and Liability

Who bears the risk when a manufacturing mission fails or a capsule causes damage?

Regulating Space-Made Medicines: the FDA and Manufacturing Rules

How would a medicine with a manufacturing step in orbit be regulated, and what stands in the way?

Skills and Workforce for Orbital Manufacturing

What skills does in-space manufacturing need, and are they scarce?

The United Kingdom's Pathway for Space-Made Medicines

What has the UK done to prepare for medicines made in orbit, and why does it matter beyond Britain?

Intellectual Property and Data in Orbit

Who owns the inventions and data generated in orbit, and how should customers protect them?

The European Union: Medicines Law and Space

How would EU medicines law treat a product made partly in orbit?

Europe's Programmes and Companies

What is Europe doing in microgravity research and manufacturing, and where are its gaps?

Export Controls and Cross-Border Return

How do export controls and customs affect capsules and products that cross borders on their way home?

Asia: Japan, China and India

What role do Asian programmes play in microgravity research and manufacturing?

United States Policy and Programmes

How does US government policy support in-space manufacturing, and what changes after 2030?

Where Value Accrues: Platforms, Processes or Products?

In the in-space manufacturing value chain, who is likely to capture value: those who own the platforms, those who own the processes or those who own the products?

Scenarios to 2035

How large could in-space manufacturing become by 2035, and what decides which future arrives?

Capsule Demand to 2035

How many capsule missions a year would the market need, and who would fill them?

What Would Have to Be True

What conditions must hold for in-space manufacturing to become a real industry?

A Research Agenda: What the Next Missions Should Test

Which experiments would most quickly settle whether in-space manufacturing can become an industry?

The Case For and Against

Is in-space manufacturing about to become an industry, or is it repeating the 1980s?

What a Pharma Campaign Looks Like

How would a pharmaceutical company run a microgravity campaign from idea to decision?

Lessons from Other Industries

What can contract drug manufacturing, semiconductors and earlier space businesses teach in-space manufacturing?

Three Futures, Told as 2035 Snapshots

What might in-space manufacturing look like in 2035 under each scenario?

Due-Diligence Checklist

What should a pharma company, lender or investor check before committing to an in-space manufacturing programme or provider?

Implications by Reader

What should each kind of reader do with this study?

Risk Register

What could go wrong for in-space manufacturing between 2026 and 2035, how likely is it and how much would it matter?

Signals to Watch

Which events in the next two to three years will show whether in-space manufacturing is becoming an industry?

Twenty Questions This Study Answers

What are the short answers to the questions readers most often ask about in-space manufacturing?

Methodology and Sources

How was this study built, and how reliable are its figures?

Appendix A: Product Reference Table

Appendix B: Glossary

Appendix C: Setcoin Capsule and Platform Dataset