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L100 Combined
STIER
A306A 3×6 Module（210 mm）
• Suitable for laboratory glassware such as volumetric flasks,
Erlenmeyer flasks, round bottom flasks, Schott flask, measuring cylinder, etc.
• 18 × S602108C injector nozzles(H 210 mm)
• H 243, W 184, D 472 mm
A408X1 4×8 Module（150 mm）
• Suitable for laboratory glassware such as volumetric flasks,
Erlenmeyer flasks, round bottom flasks, Schott flask, measuring cylinder,
headspace bottle, test tube, colorimetric tube, centrifuge tube, etc.
• 16 × S401507C injector nozzles（H 150 mm)
• 16 × S401506A injector nozzles（H 150 mm)
• H 183, W 199, D 472 mm
STIER laboratory cleaning machine operating procedures
1. Add tap water into the cleaning tank. Make sure the water level is higher than or equal to 3/4 of the height of the tank in the cleaning tank. Start the electric heating and start the ultrasonic wave for degassing. When the water temperature is about 40 degrees, add the specified amount of ultrasonic cleaning agent and wait. Start cleaning parts when the water temperature reaches 55~60 degrees.
2. Disassemble the parts to be cleaned as much as possible, and use high-pressure water guns, wire brushes, shovels or other tools to manually pretreat the soil, heavy oil stains and heavy carbon deposits on the surfaces of the parts to ensure the service life of the cleaning fluid. And cleaning speed and effect.
3. Put the parts to be cleaned into the cleaning tank, place them without overlapping, and ensure that the parts are completely submerged in the cleaning fluid.
4. Start the ultrasonic wave and clean it regularly for 40 to 60 minutes. After cleaning, turn off the ultrasonic wave and take out the parts for post-processing.
5. Use a high-pressure water gun to remove residues on the surface of parts, and use an air compression gun to remove residues in the holes. Parts that need to be rust-proof are treated separately. In order to improve the cleaning effect, if time permits, the cleaning time of parts in the cleaning fluid can be appropriately extended. In the actual operation process, in order to improve the cleaning efficiency, the process of disassembly and cleaning can be adopted.
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
A306A 3×6 Module（210 mm）
• Suitable for laboratory glassware such as volumetric flasks,
Erlenmeyer flasks, round bottom flasks, Schott flask, measuring cylinder, etc.
• 18 × S602108C injector nozzles(H 210 mm)
• H 243, W 184, D 472 mm
A408X1 4×8 Module（150 mm）
• Suitable for laboratory glassware such as volumetric flasks,
Erlenmeyer flasks, round bottom flasks, Schott flask, measuring cylinder,
headspace bottle, test tube, colorimetric tube, centrifuge tube, etc.
• 16 × S401507C injector nozzles（H 150 mm)
• 16 × S401506A injector nozzles（H 150 mm)
• H 183, W 199, D 472 mm
STIER laboratory cleaning machine operating procedures
1. Add tap water into the cleaning tank. Make sure the water level is higher than or equal to 3/4 of the height of the tank in the cleaning tank. Start the electric heating and start the ultrasonic wave for degassing. When the water temperature is about 40 degrees, add the specified amount of ultrasonic cleaning agent and wait. Start cleaning parts when the water temperature reaches 55~60 degrees.
2. Disassemble the parts to be cleaned as much as possible, and use high-pressure water guns, wire brushes, shovels or other tools to manually pretreat the soil, heavy oil stains and heavy carbon deposits on the surfaces of the parts to ensure the service life of the cleaning fluid. And cleaning speed and effect.
3. Put the parts to be cleaned into the cleaning tank, place them without overlapping, and ensure that the parts are completely submerged in the cleaning fluid.
4. Start the ultrasonic wave and clean it regularly for 40 to 60 minutes. After cleaning, turn off the ultrasonic wave and take out the parts for post-processing.
5. Use a high-pressure water gun to remove residues on the surface of parts, and use an air compression gun to remove residues in the holes. Parts that need to be rust-proof are treated separately. In order to improve the cleaning effect, if time permits, the cleaning time of parts in the cleaning fluid can be appropriately extended. In the actual operation process, in order to improve the cleaning efficiency, the process of disassembly and cleaning can be adopted.
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