Collagen powder and gummies are currently the two most common forms of collagen supplements on the market. Different packaging formats have distinct characteristics in terms of formulation design, production processes, and consumer experience.
In this article, you will get systematic and practical information about the advantages and disadvantages of both formats, their production workflows, and core equipment requirements.
What is collagen?
Collagen supplements promote the body’s natural collagen synthesis and are beneficial for muscle repair, skin firmness, and long-term joint and bone health maintenance.
Collagen exists in multiple types. Among these, Type I, Type II, and Type III are the most popular used in practical applications.
- Type I collagen is primarily found in bones, skin, and ligaments, enhancing tissue structural strength.
- Type II collagen is a key component of cartilage, which is crucial for maintaining joint flexibility and health.
- Type III collagen is good for the formation of muscle and vascular tissues, often coexisting with Type I in connective tissues.
Both powder and gummy forms utilize hydrolyzed collagen as their core ingredient. This hydrolyzed form, with its lower molecular weight, is more readily absorbed by the body. As a result, the packaging format selection primarily depends on product positioning, target consumer groups, convenience of use and others. For instance, powders are more suitable for high-dose supplementation and formulation blending, while gummies offer distinct advantages in taste experience and brand differentiation.
Advantage Comparison
Collagen Powder
- Lower cost:It has high cost-effectiveness and is suitable for large-scale production and multi-category development.
- Higher concentration:This typically provides approximately 7 grams of collagen peptides per scoop, which can offer more concentrated nutrition to meet customer demand for high-dose supplementation.
- Pure formulation: The collagen powder generally contains only collagen peptides without additional additives to satisfy customer demand for clean labels.
- Versatile application: it can easily be mixed into beverages, yogurt, coffee, or baked goods.
- Long shelf life: The powder stays fresh for 24–36 months in sealed packaging, which is more convenient for your inventory management and overseas shipping.
Collagen Gummies
- Pleasant texture: The Gummies offer a delicious, chewy texture that enhances the consumer experience, eliminating the hassle of powdered supplements requiring mixing.
- High palatability:Its rich flavor profile appeals strongly to younger consumers and the children’s market.
- Convenient to eat: Customers can eat anytime without requiring additional preparation tools or liquid medium.
- Functional formulation: This allows for multifunctional formulations that deliver additional health benefits.
Disadvantages Comparison
Collagen Powder
- One-dimensional taste: This requires consumers to mix it themselves for consumption, resulting in slightly lower convenience.
- Lacks portability:It is not suitable for on-the-go consumption or ready-to-eat scenarios.
- High requirements for packaging and transportation: It must adopt highly sealed moisture-proof packaging and strict control of transport conditions to prevent clumping or moisture absorption leading to spoilage.
Collagen Gummies
- Complex formulation: it is necessary to add gelatin or coagulation aids during your production, along with multiple auxiliary ingredients such as corn syrup, malt syrup, sweeteners, thickeners, flavorings, and acidity regulators.
- High production costs: it demands precision in equipment, molds, and temperature/humidity control and more materials, resulting in a relatively longer manufacturing cycle.
- Low purity: this is because of the limited collagen content per piece, so approximately 9 gummies are needed to match the supplement dosage of one scoop of powder.
How to produce
Collagen Powder
The production of collagen powder usually uses collagen-rich raw materials such as bovine bones, fish skin, or fish scales.
- First, the raw materials undergo cleaning, crushing, and degreasing to remove fats and non-collagenous impurities.
- Then, it breaks down the collagen into molecular peptides by acid hydrolysis or enzymatic hydrolysis, which improves solubility and absorption rates.
- And after the hydrolysate undergoes filtration, desalination, and concentration, it passes spray drying or freeze-drying processes to form collagen powder.
- Following the drying process, the collagen powder must use a vibro sifter machine to break up any clumps before being packaged using a powder packaging machine.
Collagen Gummies
- First, add gelling agents such as gelatin, pectin, or carrageenan to purified water and dissolve thoroughly at high temperatures.
- Once dissolved, incorporate 10%–20% collagen powder according to the formula ratio and along with sweeteners, acidity regulators, flavorings, and other additives, mixing uniformly.
- Then, the mixture is concentrated and heated in a vacuum evaporator until the solids content reaches 75%–85%.
- After degassing, the material is poured into silicone molds. It is then cooled, demolded, and dried to complete shaping.
- Finally, an automatic packaging machine performs metering and sealing.
It is important to note that during your boiling process, to avoid collagen denaturation, the boiling temperature must be kept below 80°C and the duration should not exceed 40 minutes.
Core Equipment
Collagen Powder Production Equipment
- Crush Machine: This equipment is typically paired with a variable frequency control system that adjusts rotational speed based on raw material density to ensure uniform particle size. In actual production, it can stably process 200–500 kg of material per hour to meet your large-scale production demands.
- Centrifugal Degrease machine: The machine uses high-speed centrifugal separation to remove fat and protein impurities from raw materials, showing high degreasing efficiency and strong automation. You can set rotational speeds (from 3000 to 6000 rpm) based on material characteristics to precisely remove fat particles ≥5μm in size. This ability can keep the purity and whiteness of your final collagen product.
- Plate-and-Frame Filter Press:Filter cloths ranging from 0.22 to 0.45μm are available to meet product purity requirements. The equipment can run continuously for over 8 hours and keeps stable and efficient filtration that significantly enhances hydrolysate clarity.
- Vacuum Concentrator: Under low-temperature vacuum conditions (vacuum level -0.07 to -0.09 MPa, temperature 50-60°C), it evaporates moisture from collagen hydrolysate which increases solid content to 30%-40%. This reduces energy consumption and processing time for subsequent spray drying. And the equipment typically features jacket heating and built-in anti-coking plates to avoid localized protein caramelization and preserve collagen peptide activity.
- Spray Dryer: Material rapidly evaporates moisture through a centrifugal atomization disc, drying into powder within 5–10 seconds. The blast drying ovens are also usually equipped with cyclone separation and baghouse dust collection systems to ensure powder recovery rates exceeding 95% for high yield.
- Vibrating Screen: Dried powder undergoes high-frequency vibration screening to ensure consistent particle size. Select models incorporate ultrasonic screen cleaning systems that automatically remove clogged powder, guaranteeing stable screening and continuous production efficiency.
- Powder Packaging Machine: The packaging machine flexibly adjusts specifications and metering precision as you need, capable of completing over 30 bags per hour with precise quantitative packaging. The entire machine supports automatic feeding, sealing, and printing functions, providing efficient, standardized packaging ideal for large-scale production.
Collagen Gummies Equipment
- Melting Mixing Tank: The mix tank is equipped with a wall-scraping stirring system on the inner tank wall which prevents your material adhesion or localized temperature differences that can cause gummies to become excessively hard or soft in spots. And its finished product yield rate is 10%-15% higher than standard mixing tanks, ensuring uniform mixing and consistent product texture.
- Gummy Injection Machine: It can precisely dispense cooked sugar paste into molds under constant temperature conditions. Customizable shapes include bears, circles, letters, and so on. And the piston-type volumetric filling system ensures each gummy’s weight is controlled within ±0.1g, guaranteeing your production consistency and brand standards.
- Cooling Tunnel: Forced cold air circulation (usually 15-20°C, 0.5-1m/s airflow) rapidly cools poured candy blanks to room temperature. Its cooling speed is 3-4 times faster than natural cooling. And the temperature control system precisely regulates candy hardness to suit diverse consumer preferences.
- Coating Machine: Sprays beeswax or vegetable oil onto the surface of the gummies to prevent sticking. Fluidized bed coating ensures the coating medium forms a uniform protective film (coverage ≥99%) on the gummy surface, reducing sticking rate to ≤5%. Coated gummies exhibit enhanced gloss and also maintain superior stability during storage and transportation for you.
Conclusion
Collagen powder and gummies each offer distinct advantages. Powder products are renowned for their high purity and low cost, ideal for large-scale manufacturers prioritizing high output and cost efficiency. Meanwhile, gummies appeal to market demands focused on consumer experience and brand differentiation through their superior taste and convenient, ready-to-eat format.
You may select the most suitable production solution based on capacity planning, product positioning, and target consumer group. If you have any questions about solution evaluation or equipment selection, please feel free to contact us at any time. We will provide you with professional and reliable comprehensive collagen production line solutions.
FAQ
Are collagen powder and gummies equally effective?
From a functional ingredient perspective, their core active components are the same hydrolyzed collagen peptides as and they share a similar absorption mechanism.
The main difference lies in dosage and formulation ratios: powders typically allow for higher collagen peptide concentrations, while gummies feature lower single-serving amounts due to carrier structure and taste requirements.
Do collagen powder and gummies share the same primary raw material sources?
Yes. They both primarily derive from the same sources, commonly including bovine hide, pork skin, fish scales, and chicken sternum cartilage.
The difference lies in raw material selection and purification process matching: Powder production typically favors high-purity, easily soluble raw materials; while gummies prioritize collagen molecular weight distribution and compatibility with syrup systems to ensure final texture and molding stability.
If aiming to produce both powder and gummies, can some equipment be shared?
Yes. Powder and gummy production share significant commonality in raw material pretreatment. You can share equipment such as crushers, centrifugal defatting machines, plate-and-frame filter presses, and some testing instruments, effectively reducing upfront investment costs. However, downstream equipment like spray dryers, vibrating screens, mixing tubes, and molding machines cannot be shared.
If you need to set up both product lines at the same time, a modular production line design is recommended.
