English 
Kenton’s water baths offer reliable heating solutions for diverse labs. The HH Digital Display Water Bath ensures precise temperature control, while the CS model combines far-infrared heating with magnetic stirring for uniform temperatures. The DC model provides stable cooling for sensitive samples, and the CY excels in high-temperature applications with a dual-circulation system. All models feature durable stainless steel, user-friendly digital controls, and energy-efficient designs, making them essential for healthcare, research, and industrial labs.
Water baths eliminate temperature inconsistencies that
ruin experiments, solving the critical need for precise thermal control in labs. Without them, researchers face failed cell cultures, unreliable test results, and contaminated samples. These systems provide stable heating for diagnostic tests, chemical reactions, and biological studies - ensuring accuracy while saving time and resources. Their corrosion-resistant designs withstand daily use, and digital controls prevent costly errors. For medical, industrial, and research applications, water baths are indispensable tools that protect sample integrity while delivering reproducible, publication-quality results.
Temperature Range:
5 to 100°C(HH)
-20 to -10(DC)
Room temperature to 100°C(CS)
5 to 300°C(CY)
Liquid Storage Capacity (Liters)
4 to 10(DC)
10 to 50(CY)
Application:
Medical/labs(HH)
Bioengineering(CS)
Sensitive samples(DC)
High-temp(CY)
Water baths provide indispensable temperature control
that safeguards experimental accuracy across biological, chemical, and medical research. By maintaining precise, stable heating, they prevent thermal fluctuations that compromise cell cultures, chemical reactions, and diagnostic tests, ensuring reproducible results. Their uniform heat distribution eliminates hot spots that could damage sensitive samples while enabling standardized protocols for DNA amplification, enzyme reactions, and specimen thawing. For clinical labs, water baths ensure reliable test outcomes; for industrial R&D, they optimize material testing conditions. With corrosion, resistant designs and digital precision, these instruments solve the universal challenge of controlled thermal management, making them vital for any lab prioritizing data integrity and workflow efficiency.
Our product specifications are mainly based on the dimensions of the cavity (height, width, depth, and volume). Key parameters to report include the temperature range, temperature accuracy, required uniformity, and the material of the cavity (all of these can be found in each product's description).
At Kenton, we set out to redefine laboratory equipment by addressing the real challenges researchers face every day. We tested countless instruments from other brands, only to find persistent gaps such as inconsistent temperature control, unreliable contamination prevention, and complicated designs that disrupt workflows. Too often, labs must choose between precision, durability, and affordability, settling for equipment that falls short in critical moments. That’s why we engineered Kenton products differently, product that brings together all these essential elements.
We recommend providing us with your product's temperature requirements before trying it. We can then offer recommendations or tailor a solution based on your specific needs. High temperatures may cause discoloration on the cavity of the product, which can affect future sales, so we do not recommend testing if the temperature is too high.
2 years.
We provide video repair procedures.
