'laboratory research'

Hot air ovens are commonly used in laboratory settings in conjunction with ultrasonic cleaners to facilitate the cleaning and drying process of laboratory equipment and glassware. Ultrasonic cleaners are highly effective at removing contaminants from laboratory equipment and glassware. However, they often leave objects wet after cleaning. Hot air ovens help complete the cleaning process by thoroughly drying the objects, preventing the formation of water spots or residues. Hot air ovens can also serve as sterilization chambers. After ultrasonic cleaning, placing objects in the hot air oven at specific temperatures for a set duration can ensure that laboratory equipment and glassware are free from microbial contamination, contributing to the reliability of experiments and research. The combination of ultrasonic cleaners and hot air ovens is particularly valuable in laboratory settings where precision, cleanliness, and reliability are paramount. Features: o Removes moisture o Highly Precise o Adjustable temperature controller Technical Specifications: o Brand: Waveultra o Power Input: 230V AC o Temperature Range: 10˚c to 200˚c o Temperature Controller Type: Digital o Material: MS Powder Coated o Internal Size(L x W x H): 400 x 400 x 400 mm o Placement Tray: 2

This involves the use of a vacuum chamber to remove residual moisture from objects or components that have been cleaned in an ultrasonic cleaner. This process can be particularly useful in applications where thorough drying is essential, such as in electronics manufacturing, laboratory research, and precision cleaning. A vacuum pump is used to create the low-pressure environment within the chamber. This pump removes air and moisture, reducing the pressure inside the chamber. Vacuum drying is highly effective at removing residual moisture, leaving objects completely dry. This is particularly important in applications where moisture can cause corrosion or impact the performance of components. Vacuum drying in ultrasonic cleaners is commonly used in industries such as electronics manufacturing, semiconductor fabrication, optics, and research laboratories. Features: o Removes air & residual moisture o Highly Effective o Temperature Controller Technical Specifications: o Brand: Waveultra o Power Input: 230V AC o Temperature Range: 10˚c to 250˚c o Temperature Controller Type: Digital o Vacuum Range: 0 to 30 Hg o Material: MS Powder Coated o Internal Size(L x W x H): 400 x 400 x 400 mm

These types of cleaners are crucial for the efficient and precise cleaning of laboratory equipment, glassware, and instruments, which is essential to maintain the integrity of scientific experiments and the accuracy of laboratory results. Laboratory ultrasonic cleaners offer precision cleaning, ensuring that laboratory equipment is thoroughly cleaned without damage, preserving the integrity of scientific experiments. Ultrasonic cleaning is highly efficient, reducing the need for manual scrubbing and minimizing the risk of introducing contaminants or residues that could affect experimental results. Operators can adjust cleaning parameters and select appropriate detergents or cleaning solutions to meet specific laboratory requirements. Features: o Consistent results o Ultrasonic Timer o Temperature Controller Technical Specifications: o Brand: Waveultra o Power Output (Ultrasonic): 300 W o Total Volume / Capacity: 15 Litres o Heater Power: 500 W o Power Input: 230V AC o Frequency: 40 kHz o Material: SS304 o Basket Size(L x W x H): 250 x 200 x 150 mm o Transducers: PZT type o Temperature Controller: Upto 60oc o Cleaning Agent: Water based solution / Solvent o Tank Size (L x W x H): 300 x 250 x 200 mm

Our automatic bath Sonicator is a specialized piece of laboratory equipment designed for precise and efficient cleaning, degassing, and dispersing of samples, equipment, and components using ultrasonic technology. These units feature automation capabilities, including programmable timers, temperature control, and preset cleaning cycles, which make the ultrasonic cleaning process more convenient and repeatable. The automation features provide consistent and repeatable results in each cycle, making them suitable for scientific research and quality control applications. These units can be used for a wide range of applications, including cleaning laboratory glassware, degassing solvents, emulsifying samples, and dislodging particles from objects. Automatic bath sonicators find application in various industries and research fields, including chemistry, biology, materials science, electronics manufacturing, and healthcare. Features: o Programmable Timer o Intense Cleaning o Wide range of compatibility Technical Specifications: o Brand: Waveultra o Power Output (Ultrasonic): 3 kW o Total Volume / Capacity: 180 Litres o Heater Power: 4 kW o Power Input: 230V AC o Frequency: 27 / 40 / 68 kHz o Material: SS304 o Basket Size(L x W x H): 550 x 550 x 400 mm o Transducers: PZT type o Temperature Controller: Upto 60oc o Cleaning Agent: Water based solution / Solvent o Tank Size (L x W x H): 600 x 600 x 500 mm o No. of Stages: One o Filtration: 10 Micron (Optional)

Digital hot air ovens are effective at removing residual moisture, ensuring that objects are completely dry. This is particularly important in applications where even trace moisture can cause issues, such as in electronics or pharmaceuticals. The digital control panel allows for precise temperature control, ensuring that the drying process is carried out at a temperature suitable for the materials and components being dried. Hot air ovens provide uniform and consistent drying throughout the chamber, which can be important for ensuring all parts of the objects are thoroughly dried. Digital hot air ovens are commonly used in industries such as electronics manufacturing, healthcare, research laboratories, and pharmaceuticals, where precise and controlled drying is crucial. Features: o Digital Control o Uniform results o Thorough Drying Technical Specifications: o Brand: Waveultra o Power Input: 230V AC o Temperature Range: 10˚c to 200˚c o Temperature Controller Type: Digital o Material: MS Powder Coated o Internal Size(L x W x H): 600 x 600 x 600 mm o Placement Tray: 2

Our ultrasonic cleaners are excellent for removing contaminants and cleaning delicate components. After the cleaning process, using a hot air oven can be advantageous for drying the components thoroughly. This prevents water spots, corrosion, and ensures that the items are completely clean and ready for use. When time is a critical factor, using a hot air oven can expedite the drying process. While ultrasonic cleaners are efficient at removing contaminants, the drying process can take longer if left to air dry. Hot air ovens can significantly reduce the drying time, improving overall efficiency. In some healthcare or laboratory settings, hot air ovens can also serve the purpose of thermal disinfection. After ultrasonic cleaning, placing items in a hot air oven at a specific temperature for a certain duration can help sterilize them effectively. Features: o Expedites the drying process o Digital Timer to provide accurate adjustments o Effective Drying Technical Specifications: o Brand: Waveultra o Power Input: 230V AC o Temperature Range: 10˚c to 250˚c o Temperature Controller Type: Digital o Material: MS Powder Coated o Internal Size(L x W x H): 400 x 400 x 400 mm o Placement Tray: 2