Enhancing Experiment Quality and Efficiency with the DZKW-A Water Bath Pot and FXB101 Drying Oven

Release Time:

2026-06-11

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Summary

Constant temperature heating and drying dehumidification are the most fundamental and frequently used testing procedures in various laboratories, covering multiple links such as sample pretreatment, reagent reaction, material drying, and maintenance of test consumables.

Constant temperature heating and drying dehumidification are the most fundamental and frequently used testing procedures in various laboratories, covering multiple links such as sample pretreatment, reagent reaction, material drying, and maintenance of test consumables. The performance of the basic temperature control equipment directly determines the overall testing efficiency and detection accuracy of the laboratory. The DZKW-A new water bath pot and the FXB101 series electric heating blower drying oven 101-4, as the two core general equipment in modern laboratories, have broken through the performance shortcomings of traditional basic temperature control equipment through technological iteration and structural optimization. With the advantages of high precision, high stability, high safety and high efficiency, Comprehensively adapt to the basic experimental demands of multiple fields such as scientific research, quality inspection, industry, and education, and promote the standardization and intelligent upgrade of the basic experimental process in laboratories.
The DZKW-A new type of water bath pot is mainly designed for low-temperature and precise constant temperature operations, focusing on precise constant temperature test scenarios. The equipment is equipped with an upgraded fuzzy PID intelligent temperature control technology. Compared with traditional water bath equipment, it has a faster temperature control response speed, smaller temperature fluctuation, and higher constant temperature accuracy. It can precisely maintain the low-temperature constant temperature environment required for experiments and is perfectly suitable for highly sensitive and refined experiments such as biological incubation, enzyme activity determination, water quality testing, reagent concentration, and sample constant temperature reactions. The equipment adopts a fully stainless steel inner tank and a sealed anti-seepage structure, which is corrosion-resistant, easy to clean, and has low heat loss. Multiple safety protection mechanisms can effectively avoid safety risks such as dry burning, over-temperature, and electric leakage, ensuring stable and safe operation. Its advantages of low-temperature constant temperature, precise controllability, safety and convenience have filled the gap of insufficient precision of traditional basic water bath equipment, and have become the standard equipment for fine experiments in fields such as medical biology, environmental monitoring and fine chemicals.
The FXB101 series electric heating blower drying oven 101-4 is mainly designed for high-temperature uniform drying operations and is suitable for batch drying, curing, and dehumidification scenarios. The equipment relies on a three-dimensional hot air circulation system, completely solving the problems of uneven drying and residual moisture in dead corners of traditional drying equipment. The temperature inside the box is uniform throughout, the drying efficiency is high, and the sample processing effect is consistent. It can meet the operation requirements of high-temperature drying of various samples, dehumidification of materials, curing of workpieces, and pre-treatment of consumables drying. The equipment has a wide temperature control range and flexible adjustment, suitable for multi-condition operations from low-temperature dehumidification to high-temperature curing. The multi-layer detachable grid frame design enables simultaneous processing of a large number of samples, significantly enhancing the efficiency of laboratory operations. The equipment features outstanding energy-saving and stable performance, making it suitable for high-frequency and continuous batch operation scenarios in factory workshops and large and medium-sized laboratories. It is a core device for sample pretreatment in industrial production, quality inspection and testing, and scientific research experiments.

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