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A415D
STIER
U101 Upper Basket(with injector nozzle)
• For holding up to 2 injector modules or inserts
• H 157, W 530, D 553 mm
L100 Lower Basket
• For holding up to 2 injector modules or inserts
• H 152, W 530, D 553mm
C16 4×4 Module
• Suitable for laboratory glassware such as Schott flask,
Erlenmeyer flasks, separatory funnel ,volumetric flasks, etc.
• H 234, W 530, D 551 mm
3L9 3×3 Module
• Suitable for laboratory glassware such as Schott flask,
Erlenmeyer flasks, separatory funnel ,volumetric flasks, etc.
• H 282, W 530, D 551 mm
Different laboratories have different requirements for the cleaning and drying of laboratory utensils. When purchasing a bottle washing machine, you should consider the following based on your own experiments:
1. Application fields
The various types of applications are composed of the following general fields (organic, inorganic, physical chemistry, biology, microbiology, medical, pharmaceutical, food or cosmetics and other industrial laboratories). Different applications also determine the type of machines and accessories required as well as cleaning procedures and cleaning agents. important influencing factors of type.
2. Type, capacity and quantity of vessels to be cleaned
Laboratory utensils need to be based on different structures (beakers, Erlenmeyer flasks, volumetric flasks, sample bottles, sampling bottles, test tubes, pipettes, chromatographic injection vials, headspace sampling bottles, etc.), sizes and capacities (2ml, 10ml, 100ml, 1000ml), etc. and the number of vessels that need to be cleaned. Based on this information, we can select a suitable laboratory bottle washing machine to meet your needs.
3. Problems with cleaning of different pollution sources
The bottle washing machine is based on the principle of cyclic spraying, using the physical effect of washing water and the chemical effect of emulsification and stripping of cleaning agents to clean vessels. It has a significant effect on cleaning vessels with water-soluble and grease pollution sources. Experiments on some pollution sources The utensils to be cleaned are rinsed with clean water and the cleaning agent has no effect on their emulsification and peeling. This requires pretreatment of the utensils to be cleaned in the experiment (alkaline pre-soaking, organic solvent pre-soaking, and washing can be selected according to different sources of pollution). liquid pre-soaking, etc.), good cleaning results can be achieved after treatment.
STIER (Guangzhou) Instrument Co., Ltd.
Address: 207, Building 4, Qixi Creative Industrial Park, No. 24 Xinyi Road, Liwan District, Guangzhou, China
Telephone: +86-20-81579281
E-mail：info@stier-instrument.com
Website: www.stier-instrument.com
U101 Upper Basket(with injector nozzle)
• For holding up to 2 injector modules or inserts
• H 157, W 530, D 553 mm
L100 Lower Basket
• For holding up to 2 injector modules or inserts
• H 152, W 530, D 553mm
C16 4×4 Module
• Suitable for laboratory glassware such as Schott flask,
Erlenmeyer flasks, separatory funnel ,volumetric flasks, etc.
• H 234, W 530, D 551 mm
3L9 3×3 Module
• Suitable for laboratory glassware such as Schott flask,
Erlenmeyer flasks, separatory funnel ,volumetric flasks, etc.
• H 282, W 530, D 551 mm
Different laboratories have different requirements for the cleaning and drying of laboratory utensils. When purchasing a bottle washing machine, you should consider the following based on your own experiments:
1. Application fields
The various types of applications are composed of the following general fields (organic, inorganic, physical chemistry, biology, microbiology, medical, pharmaceutical, food or cosmetics and other industrial laboratories). Different applications also determine the type of machines and accessories required as well as cleaning procedures and cleaning agents. important influencing factors of type.
2. Type, capacity and quantity of vessels to be cleaned
Laboratory utensils need to be based on different structures (beakers, Erlenmeyer flasks, volumetric flasks, sample bottles, sampling bottles, test tubes, pipettes, chromatographic injection vials, headspace sampling bottles, etc.), sizes and capacities (2ml, 10ml, 100ml, 1000ml), etc. and the number of vessels that need to be cleaned. Based on this information, we can select a suitable laboratory bottle washing machine to meet your needs.
3. Problems with cleaning of different pollution sources
The bottle washing machine is based on the principle of cyclic spraying, using the physical effect of washing water and the chemical effect of emulsification and stripping of cleaning agents to clean vessels. It has a significant effect on cleaning vessels with water-soluble and grease pollution sources. Experiments on some pollution sources The utensils to be cleaned are rinsed with clean water and the cleaning agent has no effect on their emulsification and peeling. This requires pretreatment of the utensils to be cleaned in the experiment (alkaline pre-soaking, organic solvent pre-soaking, and washing can be selected according to different sources of pollution). liquid pre-soaking, etc.), good cleaning results can be achieved after treatment.
STIER (Guangzhou) Instrument Co., Ltd.
Address: 207, Building 4, Qixi Creative Industrial Park, No. 24 Xinyi Road, Liwan District, Guangzhou, China
Telephone: +86-20-81579281
E-mail：info@stier-instrument.com
Website: www.stier-instrument.com