Glassware Dishwashers: The Modern Heroes of Science Laboratories
Cleaning equipment for laboratory glassware materials, such as beakers, flasks, and test tubes, is essential in science laboratories. In most research centres and laboratories, glassware cleaners can swiftly and thoroughly clean laboratory glassware.
Keeping and cleaning a lab may be incredibly expensive; yet, opting for a personal dishwasher to save money in the short term is a huge misstep. To save expenses, you may consider utilizing your household dishwasher to wash laboratory equipment. Yes, domestic dishwashers are far less expensive than glassware laboratory dishwashers. However, there are other important factors to consider when selecting a dishwasher to clean your scientific equipment.
Cleaning Lab Equipment: Glassware Dishwashers vs. Residential Dishwashers
In most cases, a single pump is used to circulate water in residential dishwashers. It implies that the same pump is used to pump both clean and unclean water. Simply said, leftover impurities from unclean wash water might be present in the incoming clean water that flows through the pump. Separate wash and drain pumps should be used in a proper laboratory glassware washer to reduce the risk of cross-contamination considerably. Here are the other essential differences in features to consider:
- Material construction — Plastics and lower-grade metal alloys are used in manufacturing residential dishwashers. These materials can withstand a few dirty dishes and a few loose food crumbs. The acidic and toxic chemicals and solvents used in laboratories, on the other hand, may erode household dishwashers from the inside out. Residential washers aren’t built to withstand the chemicals found in laboratories. Glassware dishwashers in most science institutes are composed of higher-grade stainless steel, which is powerful enough to remove all chemical residue from various laboratory instruments, apparatus, and materials.
- Water temperature — Dishwashers in homes only require water heated to around 55°C to 75°C, roughly the same as a steaming cup of tea. On the other hand, laboratory glassware washers must reach at least 93°C – practically near the boiling point of water – to scrape all those poisonous chemicals off and sanitize all the glassware. Because of these chemicals, lab glassware dishwashers are built to withstand the heat.
- pH levels of Water — Only a single water inlet is available in personal or residential dishwashers, and it comes from the water mains supply. Clean and unclean water share the same circulation path, and the clean flowing water travels through the same passageway as the unclean water, leading to cross-contamination. But, it is acceptable to clean those dishes. However, this water isn’t relatively “pure” enough to not affect your lab findings. That is why lab glassware washers have many inlets. You may link one to a source of filtered water and keep your observations precise. Lab glassware washers are fitted with two pumps and rigorous purification methods to guarantee that only contaminant-free and pure water is utilized in the washing process.
- Size — Due to the extra water purifying technologies, laboratory washers are often broader and bigger than domestic washers. Thus, laboratory equipment and materials can easily be placed and washed inside the machine without worrying that you have to make double or triple rounds of washing.
Rhima Dishwashers are the Best Ones in the Market and Here’s Why
Cleaning glass laboratory materials is a tedious task, especially when dealing with hazardous chemicals. If you cannot clean the tools or equipment thoroughly, you are risking almost everything around you. Some chemicals have messy reactions when mixed with other chemicals. These can also cause health hazards and inaccurate laboratory experiment results. Thus, you must ensure that you have achieved squeaking clean lab equipment before proceeding to another experiment. Fortunately, Rhima has a wide variety of dishwashers that are tailored according to your needs!
Rhima employees and technicians who have obtained adequate training also do preventative service and HACCP testing on all Rhima equipment. They help manage and maintain your dishwashers to guarantee that it runs at peak efficiency and that you don’t have to worry about an expensive breakdown. The following are some of the advantages of hiring us for your maintenance needs:
- Water, electricity, and total maintenance expenditures are reduced.
- Less detergent is used per cycle.
- Preventive service extends the equipment’s life span.
- You receive insurance against significant repairs that are not anticipated.
- It helps in troubleshooting and reduction of unnecessary expenditures.
Ask our specialists to assist you in making the best option for your labware cleaning needs, whether you’re seeking to buy a new lab glassware washer or replace an inadequate domestic one. To ease the job with cleaning glass laboratory equipment, feel free to contact us for the available washers and services that suit your field of work. We are excited to be your reliable partner in cleaning and sanitizing all your stuff in the science laboratory, making all experiments accurate and less risky!
Why should you only use clean glassware in a lab?
Because even the most meticulously done piece of work might yield an inaccurate conclusion if contaminated glassware is utilized, good laboratory practice necessitates clean and sterile glassware. Maintaining laboratory glassware is critical because compromised or dirty glassware can cause test findings to be erroneous. Glassware must be sanitary both physically and chemically.
What type of glassware is used in the laboratory?
Beakers, flasks, and test tubes are examples of common glassware. These are often made of borosilicate glass, which is popular in this scientific field due to its chemical and heat durability as well as outstanding optical quality. Borosilicate glass is clear and thermally resistant. Quartz glass is another form of glass that is frequently utilized in lab products. It can tolerate exceptionally high temperatures and is clear in some electromagnetic spectrum regions. Dishwashers for scientific glassware can work with these sorts of materials.
Why is it important to clean and sanitize the sample tubes and other laboratory materials after every experiment?
There are several concerns in a laboratory that is not clean or sterilized. After doing tests and experiment trials, sample tubes and other laboratory items must be sanitized and disinfected. Glassware must be washed and rinsed to eliminate acids and metal particulates. Doing such is critical for metals like iron and, most likely, magnesium, especially when creating controlled environments with known metal concentrations. It not only adds to your level of stress if you’re already under pressure to deliver results quickly, but it also puts your resources in danger of contamination and erroneous results.
How do you care for laboratory equipment and glassware?
You must quickly wash your glass labware after each usage to maintain it tidy and clean. If you can’t clean the glassware right away, soak it in warm water. Otherwise, the residue will remain on the labware, making it even more challenging to clean. Soap, detergent, or cleaning powder can be used to clean the glass labware.