Energy Saving Mochi Ice Cream Equipment for Cost Efficient Manufacturing

This article introduces our Energy Saving Mochi Ice Cream Equipment—an automatic production line with 5 core machines: YC-170 Encrusting Machine, YC-23 Flour Coating Machine, YC-150 Tray Aligning Machine, YC-135 Steam Generator (with water softener), and YC-136 Dough Steaming&Mixing Machine. It features auto tray supply (customizable sizes) and energy-efficient dough steaming, helping manufacturers cut costs while boosting output (10-90pcs/min).

In the fast-growing global frozen dessert market, mochi ice cream has emerged as a beloved treat, blending the chewy texture of traditional mochi with the creamy goodness of ice cream. For industrial manufacturers looking to scale production efficiently, our full automatic mochi ice cream production line offers a seamless, high-performance solution. Composed of 5 specialized machines—YC-170 Automatic Encrusting Machine, YC-23 Imitate Handmade Flour Coating Machine, YC-150 Automatic Tray Aligning Machine, YC-136 Rice Flour Mixing and Evaporating Steamer (150L), and YC-135 Steam Generator (with Water Softener)—this line streamlines every step of production, from mochi dough preparation to final tray packaging, eliminating manual labor and ensuring consistent quality.

Machine Working Videos

1. Detailed Introduction & Specifications

Each machine in our production line is engineered to perform a specific, critical role in the mochi ice cream manufacturing process. Below is a breakdown of their functions, along with detailed technical specifications to help you evaluate their fit for your industrial needs.

1.1 YC-170 Automatic Encrusting Machine (Core Mochi Ice Cream Forming Machine)

The YC-170 is the heart of the production line, responsible for the core task of encrusting ice cream fillings with mochi dough. It automates the process of wrapping creamy ice cream centers with chewy mochi, ensuring uniform thickness, consistent shape, and no leakage. What sets it apart is its ability to directly place the formed mochi ice cream into small plastic trays—eliminating the need for manual picking and handling, which saves labor and reduces contamination risks. The plastic trays are automatically supplied by the machine, and their size can be customized to hold 2, 4, 6, 8, or 10 pieces of mochi ice cream, depending on your market needs.

1.2 YC-23 Imitate Handmade Flour Coating Machine

After the mochi ice cream is formed, the YC-23 applies a thin, even layer of flour to the surface. This step is essential to prevent the sticky mochi from adhering to trays, equipment, or other pieces during subsequent processing. The machine mimics the precision of manual flour coating—ensuring no excess flour (which would affect taste and appearance) and no missed spots. It also features a dust absorption system to reduce flour dust in the production environment, maintaining a clean and safe workspace.

1.3 YC-150 Automatic Tray Aligning Machine

Following flour coating, the YC-150 takes over to automatically align and arrange the mochi ice cream-filled trays. It ensures that each tray is properly positioned for subsequent processes—such as quick freezing or vacuum packaging—eliminating manual tray alignment and reducing errors. The machine’s high capacity (matching the output of the YC-170) ensures a smooth, continuous flow of production, with no bottlenecks.

1.4 YC-136 Mochi Dough Steaming & Mixing Machine (150L)

The foundation of great mochi ice cream is high-quality mochi dough—and the YC-136 is designed to produce just that. This machine combines mixing and steaming in one unit: it first mixes rice flour (and other ingredients) into a smooth batter, then steams it to achieve the chewy, elastic texture that defines mochi. With a 150L capacity, it can produce large batches of dough to keep up with high-volume industrial production, and its adjustable rotation speed allows for customization of dough texture.

1.5 YC-135 Steam Generator (with Water Softener)

To ensure consistent, high-quality steaming for the mochi dough, the YC-135 Steam Generator provides a steady supply of clean, dry steam. It is paired with a water softener to remove impurities (such as calcium and magnesium) from the water, preventing scale buildup in the generator and the YC-136 steamer. This not only extends the lifespan of the equipment but also ensures that the steam does not affect the taste or texture of the mochi dough. The generator features fully automatic control, making it easy to operate and maintain.

YC-135 Steam Generator Specifications

Water Softener (Paired with YC-135 Steam Generator)

2. Production Line Working Process

Our full automatic mochi ice cream production line is designed for seamless integration, with each machine working in tandem to ensure efficient, consistent production. The entire process is automated, requiring minimal manual intervention—reducing labor costs and human error. Below is the step-by-step working flow:

1. Mochi Dough Preparation (YC-135 + YC-136): First, the YC-135 Steam Generator (with water softener) produces clean, stable steam. This steam is supplied to the YC-136 Mochi Dough Steaming & Mixing Machine, where rice flour and other ingredients are mixed into a smooth batter. The YC-136 then steams the batter at a controlled temperature and pressure, turning it into elastic, chewy mochi dough. The 150L capacity of the YC-136 ensures that large batches of dough are produced to keep up with the production line’s output.
2. Mochi Ice Cream Forming & Tray Placement (YC-170): The prepared mochi dough is fed into the YC-170 Automatic Encrusting Machine, along with pre-chilled ice cream fillings (e.g., vanilla, matcha, chocolate). The YC-170 automatically wraps the ice cream with mochi dough, forming uniform, leak-proof mochi ice cream pieces. Simultaneously, the machine supplies small plastic trays automatically and places each formed mochi ice cream into the trays—eliminating the need for manual picking. Tray sizes can be customized to hold 2-10 pieces, depending on your needs.
3. Flour Coating (YC-23): The tray-filled mochi ice cream pieces are conveyed to the YC-23 Imitate Handmade Flour Coating Machine. This machine applies a thin, even layer of flour to the surface of the mochi, preventing sticking during subsequent processing. The built-in dust absorption system keeps the workspace clean and reduces flour waste.
4. Tray Aligning (YC-150): After flour coating, the trays are sent to the YC-150 Automatic Tray Aligning Machine. The machine aligns the trays precisely, ensuring they are positioned correctly for the next steps—such as quick freezing or vacuum packaging. This step ensures a smooth, continuous flow of production, with no bottlenecks.
5. Post-Processing (Optional): Once aligned, the trays can be directly sent to a quick-freezing machine to lock in freshness, or to a vacuum packaging machine for long-term storage. The entire process from dough preparation to tray alignment takes place automatically, with a production speed of 10-90 pieces per minute—adjustable to match your production needs.

3. Detailed Introduction to Mochi Ice Cream

3.1 Origin of Mochi Ice Cream

Mochi ice cream traces its roots to Japan, where mochi (a traditional glutinous rice cake) has been a staple food for centuries. The fusion of mochi and ice cream emerged in the 1980s, credited to Japanese-American entrepreneur Frances Hashimoto, who sought to create a portable, delicious treat that combined the chewy texture of mochi with the creaminess of ice cream. Originally popular in Japanese communities in the United States, mochi ice cream quickly gained global popularity, becoming a beloved frozen dessert in countries across Asia, Europe, North America, and beyond.

3.2 Market Classification of Mochi Ice Cream

Mochi ice cream is primarily classified by two key factors: flavor and packaging format, both of which cater to different consumer preferences and market segments:

• By Flavor:
• Traditional Flavors: Matcha, red bean, vanilla, and strawberry—rooted in Japanese and Asian tastes, these are the most popular global flavors.
• Premium/Artisanal Flavors: Dark chocolate, salted caramel, mango, taro, and even savory options (e.g., matcha with sesame) cater to consumers seeking unique, high-end treats.
• Dietary-Specific Flavors: Vegan (dairy-free ice cream), gluten-free, and low-sugar options target health-conscious consumers and those with dietary restrictions.
• By Packaging Format:
• Individual Packs: Single-piece packaging, ideal for convenience stores, vending machines, and on-the-go consumption.
• Multi-Piece Trays: Trays holding 2-10 pieces (the format supported by our production line), popular for family consumption, supermarkets, and foodservice.
• Bulk Packaging: Large quantities for foodservice providers (e.g., restaurants, cafes, and ice cream shops) who serve mochi ice cream as a dessert option.

3.3 Market Trends of Mochi Ice Cream

The global mochi ice cream market is experiencing steady growth, driven by several key trends that make it a lucrative opportunity for industrial manufacturers:

• Growing Demand for Premium & Artisanal Frozen Desserts: Consumers are increasingly seeking unique, high-quality treats that offer a sensory experience. Mochi ice cream’s combination of chewy texture and creamy filling aligns with this trend, with premium flavors and organic ingredients commanding higher price points.
• Health-Conscious Consumption: As consumers prioritize health, there is a rising demand for dairy-free, gluten-free, low-sugar, and organic mochi ice cream. Manufacturers who offer these options are gaining a competitive edge in the market.
• Convenience & Portability: Mochi ice cream’s small, portable size makes it ideal for on-the-go consumption—perfect for busy lifestyles. The pre-packaged tray format (supported by our production line) further enhances convenience, as it requires no additional preparation.
• Globalization of Asian Flavors: Asian flavors (e.g., matcha, red bean, taro) are gaining popularity worldwide, driving demand for mochi ice cream as a representative of Asian cuisine. This trend is particularly strong in North America, Europe, and Southeast Asia.
• Industrial Automation: As demand grows, manufacturers are shifting from manual or semi-automatic production to fully automatic lines (like ours) to scale production, reduce labor costs, and ensure consistent quality. This is especially critical for meeting the needs of large retailers and foodservice providers.

3.4 Regional Names & Similar Products

While “mochi ice cream” is the most widely recognized name, the treat is known by different names in various regions, reflecting local cultural adaptations. Additionally, there are several similar products that share similarities in texture or preparation:

Regional Names

• Japan:Mochi Aisu (もちアイス) – the original name, directly translating to “mochi ice cream.”
• Korea: Chapssal Ice Cream (찹쌀 아이스크림) – “chapssal” refers to glutinous rice, the main ingredient in mochi.
• Taiwan:Mochi Bing (麻薯冰) – “bing” means ice, reflecting the local term for frozen treats.
• Southeast Asia: Often referred to as “mochi ice cream,” with local variations (e.g., pandan-flavored in Thailand, coconut-flavored in Malaysia).
• North America & Europe: “Mochi ice cream” is the standard name, sometimes with regional spellings (e.g., “mochi ice cream” in the U.S., “mochi glacé” in France).

Similar Products

• Dango Ice Cream (Japan): Similar to mochi ice cream, but made with dango (a round, chewy rice dumpling) instead of flat mochi. Often served on a stick.
• Glutinous Rice Ice Cream Balls (China): Round balls of glutinous rice dough wrapped around ice cream, similar to mochi ice cream but with a more spherical shape.
• Ice Cream Mochi Donuts: A hybrid treat that combines mochi dough with donut shapes, filled with ice cream—popular in trendy cafes.
• Daifuku Ice Cream (Japan): Traditional daifuku (mochi filled with red bean paste) adapted to include ice cream, often smaller than standard mochi ice cream.

Unlike these similar products, our full automatic mochi ice cream production line is specifically designed to produce the classic, uniform mochi ice cream pieces in customizable trays—ideal for industrial-scale production and meeting the growing global demand for this beloved treat.

FAQ about Energy Saving Mochi Ice Cream Equipment for Cost Efficient Manufacturing

Q1: What machines make up your mochi ice cream production line?
Our line includes 5 core machines plus a water softener: YC-170 Automatic Encrusting Machine (shaping), YC-23 Imitate Handmade Flour Coating Machine (裹粉), YC-150 Automatic Tray Aligning Machine (tray supply), YC-136 Rice Flour Mixing&Evaporating Steamer (150L dough steaming), and YC-135 Steam Generator (with water softener). All work in sync for full automation.

Q2: What’s the production speed of this mochi line?
The line runs at 10-90 pieces per minute, matching the capacity of YC-170 (10-100pcs/min), YC-23 (10-90pcs/min), and YC-150 (10-100pcs/min). You can adjust speed based on your product size and quality needs.

Q3: Is this equipment energy-saving? How?
Yes! Key energy-saving points: YC-135 Steam Generator uses 24KW heating power with 34kg/h steam output (high efficiency); the water softener reduces scale buildup in pipes, keeping machines running at peak energy efficiency. This cuts long-term electricity and maintenance costs.

Q4: Can the plastic tray size be customized?
Absolutely! We support custom tray sizes (common ones hold 2/4/6/8/10 mochi pieces). Trays are food-grade plastic, and YC-150 auto-supplies/alignment them—no manual handling needed.

Q5: Does the line put mochi into trays automatically?
Yes! After shaping and coating, mochi go directly into plastic trays via YC-150. Trays are auto-supplied, so you skip manual picking. Then you can freeze or seal trays for packaging directly.

Q6: What’s the capacity of YC-136 mochi dough steaming machine?
YC-136 has a 150L mixing&steaming tank, enough for large batches. Its rotation speed (15-45 RPM) ensures even mixing/steaming—critical for consistent mochi texture.

Q7: What are YC-135 Steam Generator’s specs?
YC-135: 24KW heating power, 34kg/h steam capacity, 171°C temp, 0.7Mpa pressure, 380V/50HZ power. It provides stable steam for high-quality dough.

Q8: What’s the water softener’s function?
It treats 500L/H water, reducing hardness to ≤0.03mmol/L. This prevents scale in steam systems, protecting machines and keeping energy efficiency high. It uses a 300x300x600mm salt tank for regeneration.

Q9: Is the line easy to operate?
Yes! All machines have user-friendly control panels. Workers only load raw materials (dough, filling, flour, trays) and monitor—no complex manual work. This cuts labor costs.

Q10: Do we need special training?
Basic training is enough. Our team provides on-site installation, commissioning, and 1-2 days of operation training. We also offer English manuals and video tutorials.

Q11: How often to maintain the equipment?
- Daily: Clean food-contact parts (304 stainless steel) with warm water.
- Monthly: Check YC-135’s water level and clean heating elements.
- Quarterly: Regenerate the water softener and inspect YC-136’s mixing blades.
We send maintenance reminders to keep machines in good shape.

Q12: Do you offer after-sales support?
Yes! 1-year warranty (free defect parts), lifetime technical support (phone/email), on-site service (7 days domestic, 15 days international). We have a spare parts warehouse for quick delivery.

Q13: What’s the mochi weight range?
10-100g per mochi (matches YC-170’s capacity). If you need larger sizes, we can adjust settings or customize parts.

Q14: What voltage do machines need?
- YC-170/23/150: 220V/50-60Hz (1 phase).
- YC-135/136: 380V/50Hz (3 phase).
Voltage converters are available for different local specs (extra cost).

Q15: Can it produce different mochi flavors?
Yes! Switch flavors easily—YC-170’s filling hopper is easy to clean, avoiding cross-contamination. Suitable for ice cream, fruit, chocolate fillings.

Q16: Is flour coating uniform?
Yes! YC-23 uses an imitate-handmade system for even coating, reducing flour waste and giving a professional look better than manual work.

Q17: What’s the total footprint of the line?
About 10-12㎡ (standard layout). We adjust layout based on your factory space—our engineers design a custom plan before installation.

Q18: Do machines meet food hygiene standards?
All food-contact parts use 304 stainless steel, complying with FDA/CE standards. Strict hygiene tests are done before shipment.

Q19: What’s the delivery time?
30-45 days after deposit. Custom trays/settings may add 5-10 days. We update you on production progress regularly.

Q20: Can we test with our own raw materials?
Yes! Visit our factory to test with your dough/filling/flour. We also send free samples (you pay shipping) to confirm quality before ordering.