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Homogenizer HZ1 ▶ Homogenizer Refers to equipment that uniformly mixes or grinds materials. This equipment is used in a variety of fields, It is mainly used in biology, chemistry, food, and medical fields. Homogenizers of various forms and principles exist, and are selected according to their respective uses and needs. In general, homogenizers are used for the following purposes. 1. Crushing Biological Samples It facilitates the extraction of DNA, RNA, proteins, etc. by pulverizing cell, tissue, or bio samples. 2. Chemical mixing It uniformly mixes compounds or samples to maintain consistency in the experiment or production process. 3. food processing In the food industry, raw materials such as milk, cream, and sausage are mixed or pulverized to improve the quality of products. 4. Medical Research and Production It is used to manufacture or research medicines, vaccines, blood, and other medical products. Homogenizers are essentially used to crush or mix samples by exposing them to strong mechanical forces, thereby reducing the particle size and increasing uniformity in the sample.

Dry Bath / Heating Block DB1 ▶ Heating Block It is used to heat the sample to a controlled temperature. The equipment is primarily used in molecular biology, biochemistry, and other life science experiments for a variety of applications, such as DNA amplification (PCR), enzymatic reactions, sample thawing, and incubation. ▶ How to operate 1. Power supply and power on First, connect the dry block heater to the appropriate power supply. Turn on the power or press the operating button to activate the heater. 2. Temperature Settings Use the digital control panel to set the desired temperature. Most dry block heaters display the current temperature and the set temperature through a digital display. 3. Block insertion and sample placement Select the sample tube or container that you want to heat, and select the block for that size and type. Insert a sample into each hole in the block. 4. Heating System Operation The dry block heater operates the heating system through the aluminum block. The heating element is located around this block. When the heating element is heated, the aluminum block effectively transfers heat to the sample and heats the sample to the target temperature. 5. Utilize temperature control and safety features The heater continuously monitors and adjusts the temperature to maintain the set temperature. As one of the safety features, over-temperature protection is applied when the set maximum temperature is exceeded, turning off the heating element. 6. Complete heating and remove samples When the experiment is complete, turn off the heater and safely remove the sample.

Centrifuge CF8 ▶ What is a centrifuge? It is a device that separates materials by using centrifugal force generated by rotation, and is used to effectively separate various components by utilizing the density difference of materials. It is mainly used to separate solids or liquids from liquid mixtures and is used in various industries. ▶ Basic operating principles Place a sample in a rotating disk or cylinder and rotate it at high speed to generate centrifugal force. The centrifugal force generated in this way acts differently depending on the density of the material, and the material is separated. The high centrifugal force pushes the dense material out of the centrifuge, and the low centrifugal force induces the low-density material in. In the medical field, it is used to separate blood components or extract biomarkers, and in chemical and biological laboratories, it is used to separate and purify DNA, RNA, and proteins. In the food industry, it is used to separate solid or other liquid substances from liquids such as milk, juice, and oil. It can also be applied to the purification of pollutants or water in the environmental field.

Hotplate stirrer digital EVO-HS1 ▶ Hotplate stirrer It is a multifunctional equipment used in the laboratory, integrated with heating and stirring functions. The equipment is mainly used in chemical and biological experiments to heat and agitate solutions at the same time. ▶ Key Features and Purpose 1. Heating function A laboratory hot plate stirrer can heat the surface of the plate to boil the liquid or keep it at a constant temperature. The temperature control function allows the user to set the desired temperature. 2. Automatic stirring function Stirring functions can be operated automatically or in a programmable manner. It effectively agitates liquids with magnetic stirrers and magnetic interference to promote mixing and reaction. 3. Safety and Convenience Features Safety devices and alarm systems are included to provide warnings in case of overheating or safety problems. In addition, the digital display makes it easy to check the current temperature and stirring speed. 4. A variety of uses Laboratory hot plate stirrers are utilized in a variety of experiments and studies, including heating and mixing of chemical reactions, preparation of biological cultures, dissolution and mixing of solutions. 5. Control and programming capabilities The user can adjust the stirring speed and temperature, and some models offer the ability to program the stirring speed over time.

Water Bath WB1 □ Highly Durability □ High Safety □ Drain □ Touch Button □ High Fidelity LCD Display

Centrifuge CF8 □ Multiple Usage □ One Touch Shift □ High Speed & Capacity □ Stable Platform

Dry Bath / Heating Block DB1 □ High Uniformity & Long Life Cycle □ High-Quality Insulation □ Clear Type Poly Carbonate Lid □ High Safety □ Touch Button □ High Fidelity LCD Display

Rocker RK1 □ Wide Range of Speed □ High Safety □ Program Operating □ Touch Button □ High Fidelity LCD Display □ Waterproofing in controller board

Shaker 3D SH1-3D □ Powerful and Soft □ Soft and Long Life Cycle □ High Safety □ Program Operating □ Touch Button □ Waterproofing in controller board □ High Fidelity LCD Display

Shaking Incubator SHI1 □ Powerful and Soft □ High Uniformity □ Soft and Long Life Cycle □ High Safety □ Touch Button □ Program Operation □ High Fidelity LCD Display