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E-mail：
service@bjsyhx.com.cn
This LGJ-18 Top Press Type Experimental Freeze Dryer is widely used in medicine, pharmacy, biology research, chemical industry and food production,etc. After the freeze drying process,a long term preservation is much easier. They can be restored to the original state and mantain their chemical and biological characteristics after being watered.This model is suitable for experiment in laboratory and small amount production ,and it can meet the regular freeze dying requirements of the most laboratories
LGJ-18 Top Press Type Experimental Freeze Dryer Main Features
. All-in-one structure , small size, no external flange, easy to use, no leakage.
. All materials in contact with the product use inert materials to meet the requirements of the GLP.
. The cold trap and console are made of stainless steel, which is anti-corrosion and easy to clean.
. All stainless steel inflated /water release valve is designed and produced by our company, which is safety, anti- corrosion, no leakage.
. With sample pre-frozen function, large cold trap opening, no inner coil,and low temperature refrigerator is needless.
. Patented gas diversion technology, and strong ice holding ability.
. World- known brand compressors, high efficiency, long life, low noise.
. Well-known brand vacuum pump with a high pumping speed to achieve a higher ultimate vacuum.
. Vacuum pump protection function can set the cold trap temperature to protect the vacuum pump life.
. Professionally designed FD-LAB freeze-drying machine control system + SH-HPSC-I modular controller with high reliability and stability.
. Intelligent data recording system can real-time record and display the cold trap temperature curve, sample temperature curve, vacuum curve.
LGJ-18 Top Press Type Experimental Freeze Dryer Technical parameters
freeze drying area：0.09㎡
tray dia.：Ф200mm
tray numbers：3
tray spacing：70mm
cold trap temp.：≤-60℃，optional ≤-80℃
cold trap depth：400mm
cold trap dia.：Ф270mm
ice collecting capacity：6kg/24h
pump speed：4L/S
ultimate vacuum：≤5Pa
power：1400w
main unit weight：105kg
main unit dimensions：630×580×970mm
-80℃main unit dimensions：810×580×950mm
drying chamber dimensions：Ф300×540mm
cooling mode：by wind
defrosting mode：electrical heat defrosting
material capacity ：0.9L（thickness 10mm）
loadable vials q'ty ：
Ф12mm：615pcs
Ф16mm：345pcs
Ф22mm：183pcs
optional accessories and functions
·cold trap temperature -80℃
·vacuum pump anti-returned oil device
·oil mist filter system
·imported vacuum pump
·non-standard customized
LGJ-18 Top Press Type Experimental Freeze Dryer Applications
This model is not only suitable for the freeze drying of bulk (liquid, pasty, solid) conventional materials, but also suitable for the drying of the vials materials. When the materials are ready for freeze-drying, they are put into in the vial, then begin freeze drying before the vial's lid unsealed. The capping device compacts the vials' lids after freeze drying to prevent secondary pollution, re-adsorb water, and facilitate long-term storage.
LGJ-18 Top Press Type Experimental Freeze Dryer Packing list
· main unit ×1
· vacuum pump×1
· drying shelf×1
· drying chamber×1
· sample containers Φ180mm×3
· pre-freeze shelf×1
· user's manual ×1
· warranty card ×1
· product certification×1
· other accessories
LGJ-18 Top Press Type Experimental Freeze Dryer Main Features
. All-in-one structure , small size, no external flange, easy to use, no leakage.
. All materials in contact with the product use inert materials to meet the requirements of the GLP.
. The cold trap and console are made of stainless steel, which is anti-corrosion and easy to clean.
. All stainless steel inflated /water release valve is designed and produced by our company, which is safety, anti- corrosion, no leakage.
. With sample pre-frozen function, large cold trap opening, no inner coil,and low temperature refrigerator is needless.
. Patented gas diversion technology, and strong ice holding ability.
. World- known brand compressors, high efficiency, long life, low noise.
. Well-known brand vacuum pump with a high pumping speed to achieve a higher ultimate vacuum.
. Vacuum pump protection function can set the cold trap temperature to protect the vacuum pump life.
. Professionally designed FD-LAB freeze-drying machine control system + SH-HPSC-I modular controller with high reliability and stability.
. Intelligent data recording system can real-time record and display the cold trap temperature curve, sample temperature curve, vacuum curve.
LGJ-18 Top Press Type Experimental Freeze Dryer Technical parameters
freeze drying area：0.09㎡
tray dia.：Ф200mm
tray numbers：3
tray spacing：70mm
cold trap temp.：≤-60℃，optional ≤-80℃
cold trap depth：400mm
cold trap dia.：Ф270mm
ice collecting capacity：6kg/24h
pump speed：4L/S
ultimate vacuum：≤5Pa
power：1400w
main unit weight：105kg
main unit dimensions：630×580×970mm
-80℃main unit dimensions：810×580×950mm
drying chamber dimensions：Ф300×540mm
cooling mode：by wind
defrosting mode：electrical heat defrosting
material capacity ：0.9L（thickness 10mm）
loadable vials q'ty ：
Ф12mm：615pcs
Ф16mm：345pcs
Ф22mm：183pcs
LGJ-18 Top Press Type Experimental Freeze Dryer optional accessories and functions
·cold trap temperature -80℃
·vacuum pump anti-returned oil device
·oil mist filter system
·imported vacuum pump
·non-standard customized
This LGJ-18 Top Press Type Experimental Freeze Dryer is not only suitable for the freeze drying of bulk (liquid, pasty, solid) conventional materials, but also suitable for the drying of the vials materials. When the materials are ready for freeze-drying, they are put into in the vial, then begin freeze drying before the vial's lid unsealed. The capping device compacts the vials' lids after freeze drying to prevent secondary pollution, re-adsorb water, and facilitate long-term storage.
Related users (part)
Tsinghua University Peking University Huazhong Agricultural University
Beihang University, Chinese Academy of Medical Sciences, Nanjing University of Science and Technology
Beijing University of Science and Technology China Agricultural University South China University of Technology
Beijing Institute of Technology Nanjing University of Technology Xi'an University of Technology
Sichuan University Hunan University Qiqihar University
Tianjin University Lanzhou University Xiamen University
Tongji University Nanjing University Shenyang Pharmaceutical University
Zhejiang Sci-Tech University Zhongshan University Wuhan University
Zhejiang University Hunan University of Science and Technology Wuhan University of Technology
University of Science and Technology of China Ocean University of Guangdong Hubei Hong Pharmaceutical Co., Ltd.
Civil Aviation University of China Shenyang University of Technology Institute of Process Engineering, Chinese Academy of Sciences
Huazhong University of Science and Technology Beijing Orchard Research Institute Changsha Qixi New Material Technology Co., Ltd.
Beijing University of Chemical Technology Shandong Daguan Pharmaceutical Technology Co., Ltd. Dongguan City Original Ecological Biotechnology Co., Ltd.
Guizhou Institute of Biotechnology Sanming Hezhong Biotechnology Co., Ltd Harbin Children's Pharmaceutical Factory
National University of Defense Technology Changchun Hengchen Biotechnology Co., Ltd. Jinan Hengjian Pharmaceutical Technology Co., Ltd.
Institute of Chemistry, Chinese Academy of Sciences Dongguan Lujian Biotechnology Co., Ltd. Institute of Materia Medica, Chinese Academy of Medical Sciences
South China Sea Fisheries Research Institute Shanghai Institute of Materia Medica, Chinese Academy of Sciences Jiangsu Ouwei Pharmaceutical Co., Ltd.
Ministry of Agriculture Planning and Design Institute Shenzhen Jianyuan Pharmaceutical Technology Co., Ltd. Hangzhou Baicheng Pharmaceutical Technology Co., Ltd.
China Institute of Metrology Science Dongguan Sanwei Biotechnology Co., Ltd. Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences
Liaoning Wanjia Pharmaceutical Technology Co., Ltd. Suzhou Global Chromatography Co., Ltd. China Food and Drug Testing Institute Food Institute
