Small Scale Protein Ball Making Machine Multi Language Touch Screen Easy Operate for Sale
Small Scale Protein Ball Making Machine Multi Language Touch Screen Easy Operate for Sale
Shanghai Yucheng’s compact YC-168/YC-50/YC-51 line packs full-size performance into a 6 m² footprint. The small-scale protein ball making machine delivers 10–70 flawless 10–120 g pieces per minute, driven by a multi-language touch screen so simple one worker masters it in minutes. Expand to full automation later without replacing a single part—perfect for cafés, start-ups and test kitchens worldwide.
Protein Ball Machine Introduction
The full automatic protein ball production line consists of three core machines, each playing a vital role in streamlining the manufacturing process. Below is a detailed breakdown of their functions and technical parameters, designed to help industrial users assess efficiency and compatibility with production needs.
1.1 YC-168 Automatic Encrusting Machine
Role: As the core forming equipment, it handles the key process of wrapping fillings (such as nut mixtures, chocolate paste, or date puree) into protein ball dough. It ensures uniform filling distribution, consistent product shape, and can adapt to various dough textures—critical for maintaining protein ball quality and taste.
| Parameter Category | Specification |
|---|---|
| Capacity | 10-100pcs/min |
| Product Weight | 10-100g |
| Power | 1.5KW |
| Electricity | 220V, 50/60Hz, 1Phase |
| Dimension | 1670 × 920 × 1290 mm |
| Weight | 300KG |
| Screen Language | English + Customizable Local Languages |
| Applicable Products | Maamoul, Cookies, Biscuit, Dateball, Date Bar, Chocolate Cookies, Kubba, Kleija, Arancini, Croquette, Falafel, Pineapple Cake, Meat Ball, Fish Ball, Mooncake, Mochi Ice Cream, etc. |
1.2 YC-50 Automatic Ball Rounding Machine
Role: After the initial encrusting process, this machine refines the protein ball shape. It uses high-precision rolling and rounding technology to ensure each protein ball is uniformly spherical, smooth in surface, and consistent in size—enhancing product aesthetics and market appeal.
| Parameter Category | Specification |
|---|---|
| Capacity | 20-60pcs/min |
| Product Diameter | 15-70mm (Customizable for 10-50mm based on needs) |
| Power | 0.4KW |
| Electricity | 220V, 50/60Hz |
| Dimension | 390 × 320 × 530 mm |
| Weight | 50KG |
| Adaptability | Compatible with various dough consistencies (soft/hard for protein balls) |
1.3 YC-51 Automatic Flour Coating Machine (Drum Type)
Role: This machine applies a thin, even layer of flour (or alternatives like starch, sesame, or coconut flakes) to the surface of protein balls. It prevents sticking between products during transportation and storage, and also improves the texture of the final product—ideal for maintaining freshness in large-scale production.
Protein Ball Machine Workflow
The full automatic protein ball production line follows a seamless, labor-saving workflow, designed to minimize manual intervention and maximize efficiency. Here’s the step-by-step process:
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Dough & Filling Preparation: Operators prepare protein ball dough (e.g., wheat flour, protein powder, binding agents) and fillings (e.g., nut butter, dried fruit paste) according to recipes.
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Encrusting (YC-168): The YC-168 Automatic Encrusting Machine receives the dough and filling. It wraps the filling in the dough, forms the initial protein ball shape, and adjusts parameters (weight, speed) via the touchscreen to meet 10-120g product requirements.
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Rounding (YC-50): The semi-formed protein balls are transferred to the YC-50 Automatic Ball Rounding Machine. High-precision rollers and a rounding plate refine the shape into uniform spheres, ensuring consistent size and smooth surfaces.
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Flour Coating (YC-51): The rounded protein balls move to the YC-51 Drum Type Flour Coating Machine. The rotating drum applies an even flour layer, preventing sticking and improving product texture.
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Final Collection & Packaging: Coated protein balls are conveyed to a collection area. For future capacity expansion, the line can be integrated with additional automation (e.g., packaging machines) to form a fully closed production loop.
Key Advantage: The entire line only requires 1 operator for monitoring, reducing labor costs by 50% compared to manual production. The compact design saves floor space, and the layout can be customized bsed on the customer’s factory area.
About Protein Balls
Protein Ball Origin
Protein balls originated from the health and fitness food industry, emerging in the early 2010s as a convenient, nutrient-dense snack. Initially developed to meet the needs of athletes and fitness enthusiasts for on-the-go protein intake, they quickly gained popularity among mainstream consumers due to their portability and customizable flavors. Unlike traditional snacks, protein balls prioritize functional nutrition—typically high in protein (from sources like whey, soy, or pea protein) and low in added sugars.
Protein Ball Market Classification
Protein balls are categorized by multiple factors to cater to diverse consumer demands:
- By Protein Source
- Whey Protein Balls: High in animal-based protein, popular among bodybuilders.
- Plant-Based Protein Balls: Made with pea, soy, or hemp protein, targeting vegans and vegetarians.
- Nut Protein Balls: Using almond, peanut, or cashew protein, appealing to consumers seeking natural ingredients.
- By Flavor Profile
- Sweet Varieties: Infused with chocolate, vanilla, date, or coconut (e.g., Date Protein Balls, Chocolate Chip Protein Balls).
- Savory Varieties: Incorporating herbs, spices, or cheese (less common but growing in niche markets).
- By Dietary Need
- Gluten-Free Protein Balls: Using gluten-free flours (e.g., rice flour) for consumers with celiac disease.
- Low-Sugar Protein Balls: With minimal added sugars, targeting health-conscious users.
- Organic Protein Balls: Made with certified organic ingredients, appealing to eco-friendly consumers.
Protein Ball Market Trend
The global protein ball market is experiencing steady growth, driven by three key factors:
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Rise in Health Consciousness: Consumers are shifting from sugary snacks to nutrient-dense options. Protein balls, with their high protein content and functional benefits (e.g., muscle recovery, satiety), align with this trend. Market reports project the global healthy snack market (including protein balls) to grow at a CAGR of 8-10% by 2030.
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Convenience Demand: Busy lifestyles (e.g., office workers, commuters) drive demand for portable snacks. Protein balls require no preparation and have a long shelf life, making them ideal for on-the-go consumption.
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Innovation in Flavors & Ingredients: Manufacturers are expanding flavor ranges (e.g., matcha, salted caramel) and incorporating superfoods (e.g., chia seeds, spirulina) to attract diverse consumers. Plant-based protein balls, in particular, are growing rapidly due to the rise in veganism.
Protein Ball Similar Products
Protein balls have different names and similar counterparts across regions, reflecting local dietary habits:
- North America/Europe: Commonly called “Protein Balls” or “Energy Balls” (energy balls often have lower protein content and more carbs). Similar products include “Protein Bites” (smaller-sized) and “Protein Truffles” (richer, chocolate-based).
- Middle East: Known as “Kleija” or “Maamoul” (traditional date- or nut-filled snacks, similar in texture to protein balls but with regional spices).
- Asia: In Japan, “Mochi Protein Balls” (combining chewy mochi with protein fillings) are popular. In China, they are often referred to as “Protein QQ Balls” (emphasizing chewy texture).
- Latin America: “Arancini” (rice-based, sometimes with protein fillings) and “Croquettes” (fried, but lighter versions now include protein-rich ingredients) are regional equivalents.
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