14/05/2024
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Engineered to extract maximum nutrients and enzymes from fruits and vegetables. This ensures everyone enjoys the richest flavors and health benefits with Every juice.
the Difference with JOYMI
As pioneers in slow juicing technology, we’ve dedicated ourselves to crafting appliances that bring out the best in nature’s bounty, ensuring that every sip you take is packed with natural goodness. Our commitment to quality, coupled with our relentless pursuit of innovation, has established us as a trusted name in kitchens worldwide. Join us in embracing a healthier lifestyle, powered by technology and driven by a passion for wellness. Welcome to our family.
The Slow juicers stand out for their unparalleled ability to preserve vital nutrients and enzymes, thanks to their slow masticating process which minimizes heat and oxidation. They are adept at extracting a higher yield from a wide range of produce, leaving behind exceptionally dry pulp, and ensuring you get the most out of your fruits and vegetables.
Horizontal slow juicer operates on the principle of slow, or “cold-press” juicing. Unlike traditional centrifugal juicers, it uses a low-speed mechanism to extract juice. This method minimizes heat and oxidation, preserving the nutritional content and flavor of the fruits and vegetables.
Comparing horizontal slow juicers and centrifugal juicers involves considering various factors such as juice quality, speed, versatility, and ease of use. Here’s a detailed comparison
Advantages:
Speed: Much faster at extracting juice, ideal for busy settings where time is a constraint.
Ease of Use: Typically easier to use and requires less prep time since they can often handle larger pieces of fruits and vegetables.
Cost-Effective: Generally less expensive than slow juicers.
Space-Saving: Often more compact than horizontal slow juicers.
Disadvantages:
Lower Juice Quality: The high-speed spinning generates heat and introduces air into the juice, leading to quicker oxidation and nutrient loss.
Shorter Shelf Life: Juice tends to separate and degrade faster than juice from a slow juicer.
Noise Level: Can be quite loud, which might be disruptive in certain environments.
Limited Versatility: Not as efficient at juicing leafy greens or soft fruits, limiting the variety of juices you can offer.
Wet Pulp: The pulp is often wetter, indicating a lower juice yield.
Advantages:
Nutrient Retention: Operates at a low speed, reducing heat and oxidation. This preserves more vitamins, enzymes, and minerals in the juice.
Juice Quality: Produces higher quality juice with better taste, color, and texture. The juice is less frothy and has a longer shelf life.
Versatility: Efficiently juices a wide range of produce, including leafy greens, wheatgrass, and hard vegetables.
Quiet Operation: Generally quieter than centrifugal juicers, making them more suitable for noise-sensitive environments.
Dry Pulp: The extraction process leaves a very dry pulp, indicating a higher juice yield.
Disadvantages:
Slower Juicing Process: Takes longer to extract juice compared to centrifugal juicers.
Preparation Time: Often requires more prep time as fruits and vegetables need to be cut into smaller pieces.
Size and Weight: Tends to be bulkier and heavier, requiring more counter space.
Price: Generally more expensive than centrifugal juicers.
The potential user market for horizontal slow juicers is diverse, encompassing various segments that prioritize quality, health benefits, and specific uses of the product. Here are some key user profiles
When discussing the calibers (diameter) of the feeding chutes in juicers, specifically referencing small calibers like 44mm and large calibers like 79mm, there are several key aspects to consider. Each size offers distinct advantages and implications for the user experience and the juicing process.
Slow juicers, often known as masticating or cold press juicers, consist of several key parts, each with a specific function that contributes to the overall juicing process. Here’s a breakdown of the main components and their roles.
AC (Alternating Current) motors and DC (Direct Current) motors are two types of electric motors with distinct characteristics, each offering advantages and disadvantages depending on the application. Here’s a comparative analysis.
1，DC motors offer excellent speed control, which is crucial for horizontal juicers that operate at low speeds.,
2，Impact on Juicing: The ability to precisely control the speed ensures that the juicing process is gentle and efficient, maximizing the extraction of juice while preserving nutrients and enzymes.
1，DC motors provide high starting torque even at low speeds.,
2，Impact on Juicing: This high torque is necessary to crush and press hard fruits and vegetables effectively, ensuring consistent and thorough juicing without needing high rotational speeds.
1， DC motors tend to be more energy-efficient, especially at lower power levels.,
2，Impact on Juicing: This efficiency is beneficial for household appliances like juicers, where energy conservation is an important consideration for consumers.
1，DC motors generally operate more quietly compared to AC motors.,
2，Impact on Juicing: The reduced noise level enhances the user experience, making the juicer more suitable for home use, especially in environments where noise is a concern.
1，DC motors can be more compact and lightweight for the same power output compared to AC motors.,
2，Impact on Juicing: This allows horizontal juicers to be more space-efficient and easier to handle, an important factor in home kitchen appliances.
1，DC motors can be more compact and lightweight for the same power output compared to AC motors.,
2，Impact on Juicing: This allows horizontal juicers to be more space-efficient and easier to handle, an important factor in home kitchen appliances.
Horizontal juicers often use DC motors for several reasons, each aligning with the unique requirements and functionalities of these appliances. Here’s why DC motors are a preferred choice:
The distinction between AC (Alternating Current) and DC (Direct Current) motors being based on power and torque, respectively, is rooted in their operational characteristics and design differences. Here’s a simplified explanation.
High Power at High Speeds: AC motors are typically used in applications where high power and high speed are required. They are efficient at converting electrical power into mechanical power at these higher speeds.
Design and Construction: The design of AC motors, especially induction motors, makes them well-suited for high-power applications. They can handle high voltages and currents without significant heat generation, which is beneficial for industrial and large-scale applications.
Scalability: AC motors can be easily scaled up to provide high power output, making them ideal for applications like industrial machinery, HVAC systems, and large appliances.
Variable Frequency Drives (VFDs): Although AC motors are less efficient at lower speeds, modern advancements like VFDs allow for better control over speed and torque, enhancing their versatility.
High Torque at Low Speeds: DC motors are known for providing high starting torque and precise torque control, especially at lower speeds. This makes them ideal for applications where starting torque and fine speed control are important.
Design Efficiency: The construction of DC motors allows for direct control over the speed-torque curve. The presence of brushes and a commutator in traditional DC motors facilitates this control.
Applications Requiring Precision: This precise control over torque is crucial in applications like robotics, electric vehicles, and precision tools, where the exact motor response is needed.
Brushless DC Motors: Modern brushless DC motors maintain these advantages while also offering improved efficiency, reliability, and reduced maintenance.
Slow juicers often need to process hard, fibrous fruits and vegetables. High torque ensures that these tough ingredients are crushed and ground effectively, allowing the juicer to extract maximum juice from them.
Slow juicers operate at low speeds (Low RPM – Revolutions Per Minute), which is essential for minimizing heat and oxidation. High torque at these low speeds is crucial to maintain efficient juicing performance.
The slow juicing process facilitated by high torque ensures minimal heat generation and oxidation. This preserves more nutrients, enzymes, and vitamins in the juice, which is a key selling point for slow juicers.
Adequate torque ensures that the juicer can handle a wide variety of produce consistently, without straining the motor or compromising on the quality of the juice.
A motor with high torque can be more energy-efficient in a slow juicer. It doesn’t have to work as hard to process the produce, which can lead to energy savings over time.
High torque helps in effectively pushing the produce through the juicing screen and auger, reducing the chances of clogging and jamming. This is especially important for juicing leafy greens and stringy vegetables.
A motor that delivers high torque at low speeds can lead to less wear and tear compared to a high-speed motor performing the same task. This can enhance the durability and longevity of the juicer.
Typically, a high-torque motor in a slow juicer can operate quietly, which is a desirable feature for household appliances.
1， Select and Wash: Choose fresh fruits and vegetables.
2， Wash them thoroughly to remove any dirt or pesticides.
3， Cut and Prep: Since horizontal slow juicers have smaller chutes, chop your produce into smaller pieces that can easily fit through the feeding chute.
1， Attach the Auger: Place the auger into the juicing chamber.
2， Fix the Juicing Screen: Secure the juicing screen around the auger.
3， Assemble the End Cap: Attach the end cap or nozzle to the juicing chamber.
4， Position the Containers: Place the juice container under the juice spout and the pulp container under the pulp ejection outlet.
1， Turn On the Juicer: Start the juicer before adding any produce.
2， Feed Produce Slowly: Insert produce pieces into the feeding chute and use the pusher to gently guide them into the juicer. Do not force the produce through; let the juicer take it in at its own pace.
3， Alternate Ingredients: Alternate between hard and soft ingredients for a more consistent juice and to prevent clogging.
1， Run a Final Rinse: After the last piece of produce has been juiced, you can run a small amount of water through the juicer to clear out any remaining pulp.
2， Turn Off the Juicer: Once the juicing is complete, turn off the machine.
3， Disassemble: Take apart the juicer components.
1， Rinse Each Part: Rinse the auger, juicing screen, end cap, and containers under running water.
2， Clean with a Brush: Use the cleaning brush to scrub the juicing screen and other hard-to-reach areas.
3， Dry and Reassemble: After cleaning, dry each component before reassembling the juicer.
1， Mix Flavors: Experiment with different fruit and vegetable combinations to create unique flavors.
2， Avoid Overloading: Don’t overload the juicer; add pieces gradually to prevent jamming.
3， Use Fresh Produce: For the best taste and nutrient content, use fresh, ripe produce.
To increase juice yield when using a juicer, selecting the right types of fruits and vegetables is crucial. Some produce naturally yields more juice due to their high water content and structure. Here’s a list of fruits and vegetables known for their high juice yield:
Wheatgrass, celery, and pomegranate can all be juiced using a slow juicer, also known as a masticating or cold press juicer. Each of these items has unique characteristics, and there are specific considerations to keep in mind for optimal juicing results.
If a consumer finds that an accessory is missing from a product like a slow juicer, they should take the following steps.
If you’re having difficulty cleaning the parts of an appliance like a slow juicer after use, here are some steps and tips to help you effectively clean and maintain the components:
Immediately after use, disassemble the juicer and soak the parts in warm, soapy water. This helps to loosen any residue or pulp stuck on the parts.
Employ a cleaning brush (often provided with the juicer) to scrub the parts, especially the strainer or screen, where pulp can get easily lodged.
After scrubbing, rinse the parts under running water to remove any soap and remaining debris.
If some residue remains, soak the parts in a mixture of warm water and vinegar or baking soda, which can help dissolve stubborn deposits.
Refrain from using harsh chemicals or abrasive scrubbers, as they can damage the parts.
After washing, allow the parts to air dry completely before reassembling or storing them. This helps to prevent mold growth and unpleasant odors.
Refer to the cleaning instructions provided in the user manual, as some parts might require specific care or are dishwasher-safe.
Regular cleaning and maintenance after each use is crucial to keep the appliance in good working condition.
Some juicers have filters or screens that can be removed for more thorough cleaning.
| Type | Description |
|---|---|
| Name： | Slow Juicer |
| Style： | Horizontal |
| Voltage： | 220-240V~50/60Hz / 120V /60Hz |
| MOQ: | 1X20GP Container |
| RPM: | 95-110rpm |
| Caliber Size： | 44MM / 79MM |
| Main Materials： | Plastic |
| Motor Type： | Full Copper DC Motor |
| Motor Power： | DC 150W |
| Working dB： | Under 65dB |
| Reverse Function： | Yes |
| Power Cord Length： | 1.0M |
| Jucing Cup Capacity： | 750ML |
| Pulp Cup Capacity: | 1000ML |
| Filter Materials: | Stainless Steel |
| Auger Materials: | PMMA+Stainless Steel |
| Loading Port: | Xiaolan |
| Payment Term: | FOB |
| Products Certificated: | ETL / CE / CB /GS / ROHS / REACH / LFGB |
| Factory Certificated: | ISO9001 / BSCI |
| Optional Accessories: | Meat Grinder / Salad Maker |
Contact our expert team today for personalized advice on making the most of your juicer.
Jimi’s slow juicers utilize a gentle extraction process, preserving more nutrients and enzymes. This means your customers enjoy healthier, more flavorful juices, directly contributing to their wellness.
Indeed, sustainability is a priority. Our appliances are designed for energy efficiency and durability, reducing the environmental footprint and offering your customers a greener choice.
With our efficient production and reliable delivery, we ensure that your business can meet growing demands without compromising on quality, aiding in scaling up operations smoothly.
Absolutely. Our juicers extract maximum nutrients, and our meat grinders ensure pure, unprocessed meat preparation. This aligns perfectly with health-conscious consumer trends.
Yes, our OEM and ODM services allow for customization, ensuring that the products you offer resonate with your specific market’s preferences and needs.
This warranty reflects our confidence in product quality and gives your customers peace of mind, ensuring their investment in our appliances is secure.
Our grind & drip coffee makers are crafted for convenience and excellence, offering a superior coffee experience. This adds value to your customers’ daily rituals.
Safety is paramount in our design. Features like auto shut-off and secure locking mechanisms protect your customers, making their kitchen experience worry-free.
Yes, our products are designed for easy cleaning and maintenance, saving time and effort for your customers, enhancing their overall user experience.
By providing appliances that encourage fresh, homemade food preparation, we help your customers make healthier lifestyle choices, directly impacting their well-being.
Let’s work together to bring innovative and high-quality small kitchen appliances to households worldwide!
Welcome to JOYMI.
Hi there, I’m Star Lee, and I lead our efforts in bringing JOYMI’s innovative products to international markets. At JOYMI, we’re all about staying ahead of the curve, adapting to trends, and delivering exceptional design and performance. Your interest means the world to us, and we’re committed to providing you with the highest level of service.
Feel free to reach out with any questions or requests—we’re here to help and excited to connect with you.
Anticipate an exciting message from Star Lee in your inbox soon! Within the next business day, look out for an email from “@joymielec.com”. – it could be the opportunity you’ve been waiting for. Stay alert and ready!