Three-Dimensional Motion Mixer with Vacuum Loading System

• Customization: Available
• Additional Capabilities: Drying, Granulating, Vacuum
• After-sales Service: 24 Hours 7days a Week Online Support
• Model NO.: SYH
• Application Area: Pharmaceutical
• Certification: CE, ISO, GOST, SONCAP
• Condition: New
• Safety Features: Anti-Slip Feet, Overload Protection
• Stirring Type: Gravity
• Working: Diffusion Mixer
• Material: SUS304/316
• Iq&Oq: Yes
• GMP Standard: Yes
• Guard Rail: Yes
• Speed Settings: Variable Speed Control
• Mixing Action: 3D Planetary Mixing
• Control Panel: LED Display
• Noise Level: Low Operation Noise
• Mixer Type: Powder Mixer
• Layout Type: Verticle
• Mixing Drum Shape: Drum
• Operating type: Cycle Operating
• Warranty: 12 Months
• Transport Package: Seaworthy Exporting Packing
• Specification: 5L to 2000L
• Trademark: UNITFINE
• Origin: China
• HS Code: 8479820090
• Production Capacity: 300 Set Per Year

Product Description

 
Product Description>>>

The mixing barrel of the machine moves in multi-direction. For the materials, there is no centrifugal function, without the specific gravity segregation and the layer division. For each of build-up phenomenon, there is a remarkable weight rate.
The mixing rate is up to 100%.The machine id the desired product in various mixers at present.
The material charge rate of the barrel is big. The maximum rate can be up to 90%(the normal mixer has only 40% charge rate.). It is high in efficiency and short in the mixing time.
The barrel adopts arc shape connections and its well polished.
The machine is used for mixing the powder state and grain state materials with the high uniformity in the pharmaceutical, chemical, food, light industry, electronic, mechanical, metallurgical, nation defense industries, and other science and technology institutes.
Principle>>>

When it works, the mixer is provided with three-dimensional movement and carries out revolution and rotation. The mixer has powerful turbulent action to accelerate material flowing and dispersing and makes turning and translational movement to conquer the impact of centrifugal force, so that gravity segregation and agglomeration will not occur in the materials, there is no dead corner, and even mixing is ensured.

Models Available>>>

Model	Mixing Volume L	Maximum    Loading L	Speed (rpm)	Total Power (Kw)	Dimension(L*w*H)	Weight (kg)
SYH-5	2	1	0-12	0.18	300*450*300	15
SYH-5	5	4	0-12	0.25	600*1000*700	150
SYH-15	15	12	0-12	0.37	700*1000*700	200
SYH-50	50	40	0-12	1.1	1000*1400*1100	300
SYH-100	100	80	0-12	1.5	1200*1700*1200	400
SYH-200	200	160	0-12	2.2	1400*1800*1500	600
SYH-300	300	240	0-12	3	1800*1950*1700	800
SYH-400	400	320	0-12	4	1800*2100*1800	920
SYH-500	500	400	0-12	5.5	1900*2000*1950	1380

spec	SHY-600	SHY-800	SHY-1000	SHY-1200	SHY-1500	SHY-2000
the volume of the barrel(L)	600	800	1000	1200	1500	2000
charge volume (L)	540	720	900	1080	1350	1800
charge weight(kg)	150-324	200-432	250-540	300-648	400-810	500-1080
the rotation speed of the main shaft(r/min)	0-13	0-10	0-10	0-9	0-9	0-8
motor power(kW)	5.5	7.5	11	11	15	18.5
size LxWxH(mm)	1850×2500 ×1750	2100×2650 ×2000	2150×2800 ×2100	2000×3000 ×2260	2300×3200 ×2500	2500×3600 ×2800
weight(kg)	1500	1700	1800	2000	2400	3000

Main Features>>>

1. The mixer is provided with three-dimensional movement so that the materials complete the process of mutual mixing from the agglomeration status to dispersion status under the actions of flowing, shearing, translational movement, and dispersion, even mixing of materials is ensured and the evenness reaches 99.9%. In ordinary mixers, the materials only make simple dispersion and agglomeration movement in the vessel, which is featured by low efficiency and bad mixing quality.
2. With short mixing time and high efficiency, the effective loading rate of the vessel reaches 80%. (The rate of ordinary mixers in only 40%.)
3. The machine is low and does not have special requirements for plants so that investment in basic construction is reduced.
4. The mixing barrel and machine body driving part can adopt partition installation to meet the GMP requirements.
5. For the SYH-2 model mixer, mixing vessels of various shapes can be placed in the mixing barrel for mixing with convenient use.
6. Stepless speed adjustment can be realized to facilitate material loading and unloading.
7. It is featured by long service life and low noise.
8. Vacuum feeding and lifting machine feeding are available.
LIVE CASE>>>

How to Select A 3D Mixer?

Selecting a 3D powder mixer involves considering various factors to ensure it meets your specific requirements. Here are some key considerations to help guide your selection process:

Type of Mixing Mechanism:

Tumbling Mixers: These rotate the powder in a drum, facilitating gentle mixing. Suitable for fragile materials.
Convective Mixers: Use forced air or other means to create fluidization, promoting thorough mixing.
Ribbon Blenders: Feature helical agitators for more aggressive mixing.
Batch Size and Production Volume:

Consider the amount of powder you need to mix in each batch and the overall production volume. Choose a mixer that can handle your required capacity.
Material Properties:

Different powders have varying properties (e.g., density, particle size, cohesion). Ensure the mixer is compatible with the specific characteristics of the materials you are working with.
Mixing Time and Efficiency:

Evaluate the required mixing time for achieving homogeneity. Some mixers are more efficient and faster than others. Consider the production speed you need.
Cleaning and Maintenance:

Opt for a mixer with easy accessibility for cleaning and maintenance. This is crucial for preventing cross-contamination and ensuring product quality.
Powder Discharge:

Consider how easy it is to discharge the mixed powder from the mixer. Some mixers come with specialized discharge systems to streamline this process.
Mixing Uniformity:

Look for mixers with features that enhance mixing uniformity, such as multiple agitators, baffles, and other design elements that reduce dead zones.
Power Consumption:

Assess the power requirements of the mixer and ensure it aligns with your facility's capabilities. Consider energy-efficient models to minimize operational costs.
Hygiene and Contamination Control:

If your application requires high hygiene standards, choose a mixer with a design that minimizes the risk of contamination. Some mixers come with features like sealed designs and easy-clean surfaces.
Automation and Control Systems:

Consider mixers with advanced automation and control systems for precise operation. This can contribute to consistent mixing results and ease of use.
Budget Considerations:

Determine your budget constraints and look for a mixer that provides the best balance between performance and cost.
Consider the availability of customer support and spare parts.
Before making a final decision, it's advisable to consult with Unitfine experts, conduct trials, and gather feedback from users who have experience with the specific mixer models you are considering. This will help ensure that the selected 3D powder mixer meets your production needs effectively.