Call Us Today
+86-13161061539
Send us
- All
- Product Name
- Product Keyword
- Product Model
- Product Summary
- Product Description
- Multi Field Search
| Quantity: | |
|---|---|
Product Advantage
· Isolation, integration, modularization, automation, and intelligence.
· Ensure the safety of the equipment and products. Optional freeze-drying film available.· Designed based on aerodynamics principles to prevent material drifting.
· Specialized control system to prevent surface reduction when vacuum is released.
1. The shelves are professionally manufactured with high-pressure resistance, high flatness, and good temperature uniformity.
2. Efficient mixed-type refrigerant medium with lower freezing point and higher boiling point, ensuring high heat exchange efficiency.
3. Optimization control algorithm for drying curve, allowing control of product heating rate and vacuum level during the drying stage.
4. Professional gas diversion design and control technology for strong water capture capability and high drying efficiency.
5. Vacuum adjustment during drying operation to avoid foaming and bottle blowing of special substances, improving drying efficiency.
6. Industrial-grade embedded touch screen with specialized SH-HPSC-IV modular controller for stable and reliable system operation and high control accuracy.
7. Specially designed LYO-CONTROL control system, capable of storing multiple process recipes and making real-time process adjustments during drying, enhancing process optimization.
8. Flexible manual and automatic control modes, with manual mode for process experimentation and automatic mode for batch production.
9. User-level and password settings for hierarchical operation management.
10. Customization available to meet specific user requirements.
Technical Parameters
Freeze Drying Area | Vacuum Level | Cold Trap Temperature | Maximum ice capacity | Shelf Temperature Range | Material Tray | Number of Shelf Layers | Dimensions | Overall Power | |
m2 | Pa | ℃ | kg/B | ℃ | mm | pcs | mm | kW | |
GZL-1 | 1.15 | ≤1 | -75 | ＞20 | -50～+70 | 480×600 | 4+1 | 1640×1100×1830 | 7.5 |
GZL-2 | 2.2 | ≤1 | -75 | ＞40 | -50～+70 | 610×910 | 4+1 | 2500×1560×2020 | 12 |
GZL-3 | 3.3 | ≤1 | -75 | ＞60 | -50～+70 | 610×910 | 6+1 | 2500×1560×2300 | 15 |
GZL-5 | 5.25 | ≤1 | -75 | ＞100 | -50～+70 | 750×1000 | 7+1 | 4000×1360×2800 | 24 |
GZL-10 | 10.5 | ≤1 | -75 | ＞200 | -50～+70 | 990×1520 | 7+1 | 5500×1670×2800 | 46 |
GZL-20 | 20.2 | ≤1 | -75 | ＞400 | -50～+70 | 1210×1520 | 11+1 | 6500×1980×2800 | 85 |
GZL-30 | 30.0 | ≤1 | -75 | ＞600 | -50～+70 | 1520×1800 | 11+1 | 7500×2280×2900 | 160 |
GZL-40 | 41.0 | ≤1 | -75 | ＞800 | -50～+70 | 1520×1800 | 15+1 | 7500×2280×3300 | 180 |
GZL-50 | 51.0 | ≤1 | -75 | ＞1000 | -50～+70 | 1520×2250 | 15+1 | 7500×2280×3300 | 200 |
GZL-60 | 60.0 | ≤1 | -75 | ＞1000 | -50～+70 | 1520×2250 | 18+1 | 7500×2380×3300 | 200 |
Product Uses
Medical Product Manufacturing: Used for the preparation of medical devices, diagnostic reagents, and drug delivery systems, among other medical products.
Biotechnology Research: Employed for the production of proteins, antibodies, enzymes, and other biological products for use in research and development.
Chemical Industry: Utilized for freeze-drying chemicals, dyes, and catalysts to enhance their stability and ease of handling.
Food and Drug Quality Control: Applied for the analysis and testing of components and quality in food and pharmaceuticals.
Food and Beverage Industry: Used for innovative food research and manufacturing, including the preparation and improvement of novel food products.
Product Operate Guide
The machine can operate both automatically and manually. In automatic mode, after setting the tray temperature, run time, and vacuum level, simply click "Start" to initiate freeze-drying, achieving automated freeze-drying.
Product Video
| | |
FAQ
1. Is the production freeze dryer easy to use?
Automated Control: Production freeze dryers are equipped with an automated control system, allowing for easy configuration and monitoring of the freeze-drying process, including parameters such as temperature, vacuum level, and time. This makes the operation relatively straightforward and reduces the need for manual intervention.
Touchscreen Interface: Freeze dryers come with a touchscreen interface, enabling users to intuitively control and monitor the equipment. This type of interface is user-friendly, allowing users to easily configure and adjust parameters.
Pre-set Programs: Freeze dryers feature pre-set freeze-drying programs that users can choose based on their product requirements. This reduces the need for manual setup by users.
Alarm System: The equipment typically includes an alarm system that promptly alerts operators in case of issues or anomalies. This helps ensure product quality and the safe operation of the equipment.
2. How to handle the wastewater generated by water-cooled freeze-drying machines?
The wastewater generated by water-cooled freeze-drying machines typically needs to be treated and disposed of in accordance with local regulations. The wastewater may contain residual substances from the freeze-drying process. Methods for treating wastewater may include filtration, sedimentation, neutralization, disinfection, etc., to ensure it meets environmental standards. It can then be safely discharged or further processed. Consult professional organizations based on local regulations and environmental requirements for wastewater treatment.
Product Advantage
· Isolation, integration, modularization, automation, and intelligence.
· Ensure the safety of the equipment and products. Optional freeze-drying film available.· Designed based on aerodynamics principles to prevent material drifting.
· Specialized control system to prevent surface reduction when vacuum is released.
1. The shelves are professionally manufactured with high-pressure resistance, high flatness, and good temperature uniformity.
2. Efficient mixed-type refrigerant medium with lower freezing point and higher boiling point, ensuring high heat exchange efficiency.
3. Optimization control algorithm for drying curve, allowing control of product heating rate and vacuum level during the drying stage.
4. Professional gas diversion design and control technology for strong water capture capability and high drying efficiency.
5. Vacuum adjustment during drying operation to avoid foaming and bottle blowing of special substances, improving drying efficiency.
6. Industrial-grade embedded touch screen with specialized SH-HPSC-IV modular controller for stable and reliable system operation and high control accuracy.
7. Specially designed LYO-CONTROL control system, capable of storing multiple process recipes and making real-time process adjustments during drying, enhancing process optimization.
8. Flexible manual and automatic control modes, with manual mode for process experimentation and automatic mode for batch production.
9. User-level and password settings for hierarchical operation management.
10. Customization available to meet specific user requirements.
Technical Parameters
Freeze Drying Area | Vacuum Level | Cold Trap Temperature | Maximum ice capacity | Shelf Temperature Range | Material Tray | Number of Shelf Layers | Dimensions | Overall Power | |
m2 | Pa | ℃ | kg/B | ℃ | mm | pcs | mm | kW | |
GZL-1 | 1.15 | ≤1 | -75 | ＞20 | -50～+70 | 480×600 | 4+1 | 1640×1100×1830 | 7.5 |
GZL-2 | 2.2 | ≤1 | -75 | ＞40 | -50～+70 | 610×910 | 4+1 | 2500×1560×2020 | 12 |
GZL-3 | 3.3 | ≤1 | -75 | ＞60 | -50～+70 | 610×910 | 6+1 | 2500×1560×2300 | 15 |
GZL-5 | 5.25 | ≤1 | -75 | ＞100 | -50～+70 | 750×1000 | 7+1 | 4000×1360×2800 | 24 |
GZL-10 | 10.5 | ≤1 | -75 | ＞200 | -50～+70 | 990×1520 | 7+1 | 5500×1670×2800 | 46 |
GZL-20 | 20.2 | ≤1 | -75 | ＞400 | -50～+70 | 1210×1520 | 11+1 | 6500×1980×2800 | 85 |
GZL-30 | 30.0 | ≤1 | -75 | ＞600 | -50～+70 | 1520×1800 | 11+1 | 7500×2280×2900 | 160 |
GZL-40 | 41.0 | ≤1 | -75 | ＞800 | -50～+70 | 1520×1800 | 15+1 | 7500×2280×3300 | 180 |
GZL-50 | 51.0 | ≤1 | -75 | ＞1000 | -50～+70 | 1520×2250 | 15+1 | 7500×2280×3300 | 200 |
GZL-60 | 60.0 | ≤1 | -75 | ＞1000 | -50～+70 | 1520×2250 | 18+1 | 7500×2380×3300 | 200 |
Product Uses
Medical Product Manufacturing: Used for the preparation of medical devices, diagnostic reagents, and drug delivery systems, among other medical products.
Biotechnology Research: Employed for the production of proteins, antibodies, enzymes, and other biological products for use in research and development.
Chemical Industry: Utilized for freeze-drying chemicals, dyes, and catalysts to enhance their stability and ease of handling.
Food and Drug Quality Control: Applied for the analysis and testing of components and quality in food and pharmaceuticals.
Food and Beverage Industry: Used for innovative food research and manufacturing, including the preparation and improvement of novel food products.
Product Operate Guide
The machine can operate both automatically and manually. In automatic mode, after setting the tray temperature, run time, and vacuum level, simply click "Start" to initiate freeze-drying, achieving automated freeze-drying.
Product Video
| | |
FAQ
1. Is the production freeze dryer easy to use?
Automated Control: Production freeze dryers are equipped with an automated control system, allowing for easy configuration and monitoring of the freeze-drying process, including parameters such as temperature, vacuum level, and time. This makes the operation relatively straightforward and reduces the need for manual intervention.
Touchscreen Interface: Freeze dryers come with a touchscreen interface, enabling users to intuitively control and monitor the equipment. This type of interface is user-friendly, allowing users to easily configure and adjust parameters.
Pre-set Programs: Freeze dryers feature pre-set freeze-drying programs that users can choose based on their product requirements. This reduces the need for manual setup by users.
Alarm System: The equipment typically includes an alarm system that promptly alerts operators in case of issues or anomalies. This helps ensure product quality and the safe operation of the equipment.
2. How to handle the wastewater generated by water-cooled freeze-drying machines?
The wastewater generated by water-cooled freeze-drying machines typically needs to be treated and disposed of in accordance with local regulations. The wastewater may contain residual substances from the freeze-drying process. Methods for treating wastewater may include filtration, sedimentation, neutralization, disinfection, etc., to ensure it meets environmental standards. It can then be safely discharged or further processed. Consult professional organizations based on local regulations and environmental requirements for wastewater treatment.
