How to Make Collagen Peptides: A Guide to the Process

Table of Contents

1. Introduction
2. What Exactly is Collagen?
3. Collagen vs. Gelatin vs. Peptides: The Difference
4. The Industrial Process: How Peptides are Manufactured
5. Can You Make Collagen Peptides at Home?
6. How to Make Collagen Gummies
7. Why Bioavailability and Sourcing Matter
8. The Role of Vitamin C in Collagen Production
9. Practical Ways to Use Collagen Peptides
10. Why We Do What We Do

Introduction

Understanding how to make collagen peptides is more than a chemistry lesson. It is a deep dive into how we can better support our bodies for the long haul. Whether you are recovering from a grueling rucking session or looking to maintain joint health as you age, the "how" and "where" of your supplements matter. Many people are curious if they can replicate the specialized manufacturing process of collagen peptides in their own kitchens or what exactly happens before that powder lands in their morning coffee.

At BUBS Naturals, we prioritize radical transparency because we believe you should know exactly what goes into your body. This guide breaks down the complex process of collagen production, from the raw animal sources to the specialized enzymatic breakdown that creates a bioavailable powder. We will explore the differences between home extraction and industrial hydrolysis, providing you with a clear roadmap of how this essential protein is created.

By the end of this article, you will understand the science behind Collagen Peptides and how to incorporate high-quality sources into your daily routine.

Quick Answer: Making collagen peptides involves a process called hydrolysis, which uses water, heat, and enzymes to break down large collagen molecules into smaller, absorbable chains. While you can extract collagen at home by simmering bone broth, creating true "peptides" requires industrial-grade enzymatic processing to ensure maximum bioavailability.

What Exactly is Collagen?

Before we look at the manufacturing process, we have to understand the raw material. Collagen is the most abundant protein in the human body, making up about one-third of our total protein composition. It acts as the "glue" that holds everything together, providing structure to our skin, bones, tendons, ligaments, and even our blood vessels.

Structurally, collagen is a complex protein. It is made of three long chains of amino acids—primarily glycine, proline, and hydroxyproline—wound together in a tight triple-helix. This structure is incredibly strong, which is why it is the primary component of our connective tissues. However, this same strength makes "raw" collagen very difficult for the human body to digest and absorb in its natural state.

As we age, our natural production of this protein begins to drop, usually starting in our mid-twenties. This decline is why many athletes and wellness-focused individuals look for ways to supplement their levels. To make these supplements effective, the large, tough collagen molecules must be broken down into something the body can actually use.

Collagen vs. Gelatin vs. Peptides: The Difference

When people ask how to make collagen peptides, they are often actually asking about three different stages of the same protein. Understanding the molecular weight is key here.

Raw Collagen

This is the protein in its original form, found in animal hides, bones, and connective tissues. It has a high molecular weight (around 300,000 Daltons) and is not water-soluble. Your body has a hard time breaking this down during a standard digestive cycle.

Gelatin

When you heat raw collagen in water—like when you simmer a pot of bones—the triple helix begins to unbind. This partial breakdown results in gelatin. Gelatin has a lower molecular weight than raw collagen, but it still "gels" when cooled. It is only soluble in hot liquids.

Collagen Peptides

Also known as hydrolyzed collagen, these are the result of a process that breaks the protein chains down even further. Peptides have a very low molecular weight (usually between 2,000 and 5,000 Daltons). Because they are so small, they do not gel and are easily dissolved in both hot and cold liquids. Most importantly, this smaller size makes them highly bioavailable, meaning they can pass through the gut lining and into the bloodstream more efficiently.

Key Takeaway: The primary difference between these forms is the degree of breakdown. While gelatin is partially broken down and useful for cooking, collagen peptides are fully broken down for maximum absorption and ease of use in any beverage.

The Industrial Process: How Peptides are Manufactured

To create the high-quality powder you find in BUBS Naturals Collagen Peptides, manufacturers must follow a precise, multi-step scientific process. This ensures the final product is clean, flavorless, and highly effective.

1. Sourcing the Raw Materials

The process begins with high-quality animal sources. The most common sources are bovine (cow) hides or bones, though marine (fish) and porcine (pig) sources are also used. Quality starts here. We believe in using grass-fed, pasture-raised bovine sources because the health of the animal directly impacts the purity of the protein.

2. Cleaning and Extraction

The raw materials are thoroughly cleaned to remove fats, minerals, and other non-collagen components. If bones are used, they undergo a demineralization process using a mild acid to leave behind a protein-rich material called ossein.

3. Hydrolysis: The Core Step

This is where the magic happens. The word "hydrolysis" comes from the Greek words hydro (water) and lysis (to unbind). In this stage, the collagen is placed in large vats with water and heated. Specialized enzymes are added to the mixture. These enzymes act like microscopic scissors, snipping the long protein chains into the short-chain peptides we want.

4. Filtration and Purification

Once the hydrolysis is complete, the liquid containing the peptides is filtered to remove any remaining impurities. This ensures the final powder is "no BS"—meaning it has no weird smells, flavors, or additives.

5. Evaporation and Spray Drying

The purified liquid is concentrated through evaporation and then "spray dried." Spray drying involves turning the liquid into a fine mist in a high-heat chamber, which instantly evaporates the moisture, leaving behind a fine, dry powder. This powder is then milled to a consistent particle size to ensure it mixes easily.

Bottom line: Industrial manufacturing uses enzymatic hydrolysis to break collagen down to a molecular level that cannot be achieved through standard home cooking.

Can You Make Collagen Peptides at Home?

The short answer is: not exactly. You cannot easily replicate enzymatic hydrolysis in a standard kitchen because it requires specific temperature controls and food-grade enzymes that aren't typically available to the home cook.

However, you can make "home-extracted collagen" in the form of bone broth or homemade gelatin. While these aren't technically "peptides" because the molecules are still relatively large, they are still incredibly nutritious and provide the same foundational amino acids.

The Home Extraction Method (Bone Broth)

If you want to extract collagen from scratch, bone broth is your best bet. Here is how you do it:

1. Gather Materials: Use bones from grass-fed cows, pastured chickens, or wild-caught fish. Look for parts high in connective tissue, like marrow bones, knuckles, or chicken feet.
2. The Acid Factor: Add a splash of apple cider vinegar to your pot. The acid helps break down the bone matrix and pull the collagen into the water.
3. Low and Slow: Simmer the bones in water for 12 to 24 hours. A slow cooker or a heavy pot on the lowest setting works best.
4. The Gel Test: Once finished, strain the liquid and put it in the fridge. If it turns into a thick, Jell-O-like substance when cold, you have successfully extracted a high concentration of collagen (gelatin).

Myth: You can turn homemade bone broth into collagen peptide powder at home. Fact: While you can dehydrate bone broth to make a powder, it will remain as gelatin. It will not have the same solubility or molecular weight as hydrolyzed peptides unless it undergoes enzymatic treatment.

How to Make Collagen Gummies

If you have collagen peptide powder and want to turn it into a convenient snack, making gummies is a great option. This combines the benefits of peptides with the texture of gelatin.

Ingredients:

• 1 cup of fruit juice (no added sugar)
• 2-3 tablespoons of unflavored gelatin powder (to provide the "gel")
• 2 scoops of collagen peptides
• 1 tablespoon of honey (optional)

Instructions:

1. Pour the juice into a small saucepan and sprinkle the gelatin over the top. Let it sit for 5 minutes to "bloom."
2. Heat the juice over low heat, stirring constantly until the gelatin is fully dissolved. Do not let it boil.
3. Remove from heat and stir in the collagen peptides and honey until smooth.
4. Pour the mixture into silicone molds.
5. Refrigerate for at least 30 minutes or until firm.

These gummies are a great way to get a quick hit of protein and amino acids during a busy day or after a workout.

Why Bioavailability and Sourcing Matter

When you are looking for a collagen supplement, "clean" is more than just a buzzword. Because collagen is derived from animals, anything the animal was exposed to can potentially end up in the supplement.

This is why we focus on grass-fed and pasture-raised sources. Animals that are allowed to graze naturally and are not pumped full of hormones or antibiotics produce a cleaner, more robust protein. Additionally, we ensure our products are third-party tested and NSF for Sport certified. This is the gold standard for athletes and military personnel who need to know exactly what they are putting into their bodies without the risk of contaminants or banned substances.

Note: Not all collagen is created equal. Many cheaper brands use high-heat processes or harsh chemicals that can denature the protein or leave behind residues. Always look for brands that disclose their sourcing and testing methods.

The Role of Vitamin C in Collagen Production

Whether you are taking a supplement or eating collagen-rich foods, your body needs a "co-factor" to actually use those amino acids to build its own collagen. That co-factor is Vitamin C.

Vitamin C is essential for the enzymes that stabilize the collagen triple-helix. Without enough Vitamin C, your body’s ability to synthesize new collagen is significantly hampered. This is why many people find success by taking their collagen peptides alongside a source of Vitamin C, like a glass of lemon water or a dedicated supplement.

We designed our Vitamin C supplement to include citrus bioflavonoids, which help the body absorb and utilize the vitamin more effectively, making it a perfect partner for your daily scoop of collagen.

Practical Ways to Use Collagen Peptides

One of the best things about the way we make our collagen is its versatility. Because it is fully hydrolyzed, it doesn't change the texture of your favorite foods.

• In Your Morning Coffee: This is the most popular method. A scoop of peptides dissolves instantly in hot coffee. It’s a great way to start the day with a focused dose of protein.
• Post-Workout Shakes: Add it to your protein shake. The amino acids—specifically glycine—may help support joint recovery after heavy lifting or long-distance running.
• Baking and Cooking: You can add collagen to pancake batter, oatmeal, or even soups. Since it is heat-stable, it won't lose its nutritional value during cooking.
• Hydration Boost: Stir it into your electrolytes. Our "Hydrate or Die" electrolyte mix and a scoop of collagen can be a powerful recovery duo after a long day in the sun or a heavy training session.

Bottom line: The ease of use found in collagen peptides comes from the specialized hydrolysis process that turns a tough protein into a versatile, soluble powder.

Why We Do What We Do

At the end of the day, wellness is about performance and longevity. We don't make products just to fill shelves; we make them to honor a legacy of service and adventure. The process of making collagen peptides is rigorous because we believe you deserve a product that actually works when you’re pushing your limits.

Whether you are making your own bone broth at home or using a scoop of our grass-fed peptides, you are taking a proactive step in supporting your body's foundation. We are proud to be part of that journey with you.

In every product we create, we strive for the same level of integrity that Glen "BUB" Doherty lived by. That is why we commit to simple, clean ingredients and rigorous testing. It’s also why we donate 10% of our profits to veteran-focused charities. When you choose a high-quality supplement, you aren't just investing in your own health—you’re supporting a larger mission of purpose and giving back.

A scoop of collagen might seem like a small part of your day, but it is a consistent habit that builds a stronger version of you over time. Keep moving, keep recovering, and keep your standards high.

FAQ

Can I make collagen peptides from scratch at home?

Not in the technical sense. While you can make bone broth or gelatin by simmering animal parts, you cannot achieve the low molecular weight of "peptides" without industrial enzymatic hydrolysis. However, homemade bone broth is still a fantastic source of collagen-building amino acids and gelatin.

What is the best animal source for collagen?

Bovine (cow) collagen is the most common and is excellent for supporting skin, hair, nails, and joints. Marine (fish) collagen is also popular, especially for those who prefer fish-based products, and it is known for its high bioavailability. The "best" source depends on your dietary preferences, but quality sourcing—like grass-fed or wild-caught—is the most important factor.

Why doesn't my homemade bone broth turn into powder?

To turn liquid collagen into powder, you need to use a process called spray drying, which requires specialized equipment. If you dehydrate bone broth at home, it will likely turn into a sticky or brittle sheet of gelatin. You can grind this into a powder, but it will not dissolve in cold water like hydrolyzed peptides do.

Do I need to take Vitamin C with my collagen?

While it isn't strictly required to take them at the exact same moment, your body does need Vitamin C to synthesize and repair collagen. Including Vitamin C-rich foods or a supplement in your daily routine will help ensure your body can effectively use the amino acids provided by your collagen peptides.